
       




                   ­ ­ ­ ­ ­  




 ­    ­





 ­­­     ­                    ­­ ­        ­­­­      ­ 

­­    ­­   ­   ­­­  ­  ­  ­ ­   ­

 

 

   ­­  
­­    ­  

 ­­

­ ­

｀

霊曇璽

,_

�

�

ベ=—口

--.....

Metallization Paste
for PV (HIMEC SOLAR)

こ

Heat-curing Solar Cell
Surface and Back Electrode
Agents (UNIMEQ

Semiconductor
Encapsulation
Underfilligh Thermal
tonductivity for
Die Attach

Insulating Adhesive
Film for Substrates

NAMICS CORPORATIONNAMICS CORPORATION

3993 Nigorikawa, Kita-ku, Niigata City, Niigata Prefecture
TEL +81-25-258-5577 / FAX +81-25-258-5511

https://www.namics.co.jp

Please feel free to contact us!
We will propose products that meet your needs.

鳳The goal of the Thin Film Solar Cell Research Consortium is to accelerate the practicalapplication of thin film solar cell technologies in general, and perovskite solar cells inparticular. To that end, we invite companies in a wide range of fields, including material
manufacturers and device manufacturers, to participate in this project to share information
about user needs, standardization, safety, and social trends. The Consortium also carries out
PR activities for solar cell and peripheral technologies.

回窄 要

https:// www.scl.kyoto-u.a c.j p/Nwakamiya/consortium/index.html

恥

回没総坪回

ml
yty

gWW
ubNC
utTX
Dl
YO
w ゃ
w印

sw

ate
llw

p
t
t
h

Compact storage

置Disaster Tent
with Perovskite
Thin-Film
Solar Cells

UnfoldLarge Area

Table of Contents
Advertisements from Platinum Sponsors Front matter
Program Outline 1
Floor Map 2
Message from the General Chair 3
Message from the Program Chair 4
Awards 5
Social Programs 8
Tutorials 9
Co-organizers, Co-sponsors, Supporting Organizations 12
Subsidizing Foundations 13
Sponsors 14
Exhibitors 16
Committees 17
Special Events 24
Satellite Events 26
Technical Program 29
Advertisements from Gold Sponsors Back matter

Thu
17 Nov.

Wed.
16 Nov.

Tue
15 Nov.

Mon
14 Nov.

Sun
13 Nov.

Date

13:00-13:30
13:30-15:00
15:00-15:30
15:30-17:00
17:00-17:30
17:30-19:00
08:30-10:00
10:00-10:30
10:30-12:00
12:00-13:00
13:00-15:00
15:00-15:30
15:30-17:30
17:30-19:00
19:00-21:00
08:30-10:00
10:00-10:30
10:30-12:00
12:00-13:30
13:30-15:00
15:00-16:00

12:30-13:00

08:30-10:00
10:00-10:30
10:30-12:00
12:00-13:30
13:30-15:30
15:30-16:00
16:00-18:00
08:30-10:00
10:00-10:30
10:30-12:00
12:00-12:30

15:15-17:00

13:30-15:15

11:45-13:30

10:00-11:45

Room

133+134

TuO-32d

MoO-23bBanquetThO-32i
ThO-31hBreak
ThO-41j
ThO-32j
Lunch BreakBreak
WeO-31g WeO-32h

ThO-12c

ThO-12b

WeO-12aThO-22c

ThO-22b

WeO-23c

WeO-22aBreak
WeO-32g WeO-11a
Lunch BreakTuO-21aTuO-21bTuO-42c

Networking lunch
for women in PV

MoO-42b431
432
Tutorial
Tutorial
T-S-01
T-M-01
Lunch Break
Tutorial
Tutorial
T-S-02
T-M-02
Tutorial
Tutorial
T-S-03
T-M-03
MoO-42a MoO-23a

TuO-42d

Break
TuO-31d TuO-32e
Break
TuO-31eTuO-32f

Break
TuO-31c TuO-32c
Lunch BreakMoO-31a MoO-32a
Break
MoO-31b MoO-32b
Lunch Break141+142

ˠJoint and Special Sessions are highlighted in yellow.

Plenary 3 (1-2, 2-3, 3-2)
Closing Ceremony

ThO-41i

ThO-41h

WeO-41g

WeO-41f

TuO-41e
Plenary 2 (2-2, 3-1, 4-1)

TuO-41dTuO-41c

Opening Ceremony
BreakOpening Plenary
Plenary 1 (1-1, 2-1, 4-2)

MoO-41b

MoO-41a

Shirotori Hall

Program Outline

POSTER(12:00䡚15:00)

Early Career
Jobs Fair

Early Career
Jobs Fair

Event HallPOSTERIEA/PVPS WS (12:00䡚15:00)

131+132

9:00 14 Nov.
䡘
12:00 17 Nov.

OnsiteExhibition

Shirotori Halla ~ jSession ID

11: Policy, market and deployment
12: Energy management and related technologies
21: Solar to X
22: Advanced applications of photovoltaics
23: Field performance of photovoltaic systems and related issues
31: Wafer-based silicon photovoltaics and related technologies
32: Organic and inorganic thin-film photovoltaics, III-V highefficiency devices and related technologies
41: Perovskite photovoltaics and related technologies
42: Emerging materials and game-change technologies

Sub area code

O: Oral session
P: Poster session

Session type

Mo: Monday, Nov. 14
Tu: Tuesday, Nov. 15
We: Wednesday, Nov. 16
Th: Thursday, Nov. 17

Day code

Mo O 41 a

Session code

Floor Map

ENTRANCE
3F

4F

432

437
436

431

PreviewRoom
141+142143

131+132

Secretariat
133+134

135

1F

2F
ZĞŐŝƐƚƌĂƟŽŶ
Desk

Route toƚŚĞZĞŐŝƐƚƌĂƟŽŶĞƐŬGo down
to 1F

Shirotori Hall
Opening/Plenary/Closing/^ĞƐƐŝŽŶƌŽŽŵͬǆŚŝďŝƟŽŶ()

Entrance(2F)ǀĞŶƚ,ĂůůWŽƐƚĞƌ^ĞƐƐŝŽŶͬ^ŽůĂƌĂƌǆŚŝďŝƟŽŶͬ
Early Career Jobs Fair/Rest Area()

From Nishi-takakura ƐƚĂƟŽŶ

&ƌŽŵ,ŝďŝŶŽƐƚĂƟŽŶMessage from theGeneral Chair

Noritaka Usami
Nagoya University

On behalf of the Organizing Committee, I would like toinvite you to participate in the 33rd International
Photovoltaic Science and Engineering Conference(PVSEC-33), which will be held in Nagoya, Japan, from13 to 17 November 2022. PVSEC-33 will be the largest
and most comprehensive PV conference in 2022 in the
Asia-Pacific region. PVSEC-33 will provide an excellent
platform for the world’s photovoltaic scientists andengineers to showcase and share the latest developments insolar PV technologies.
The program encompasses the full range of PV topics,
including fabrication, characterization and simulation of
PV materials, cells, modules and systems, and theirreliability and policies. Furthermore, in the midst of
growing expectations for renewable energy toward therealization of a decarbonized society, PVSEC-33 will deal
with the “integration” and “extension” of PV technologies
for mobility, buildings, agriculture, solar to X, and so on.
The plenary and invited speakers are globally recognizedexperts in their respective fields.
As a conference in the new era with Corona, we will
provide opportunities that both on-site and on-line
participants can enjoy the conference to communicate withcolleagues and old/new friends on new results and new
ideas.
We look forward to seeing you at PVSEC-33.

0HVVDJHIURPWKH
3URJUDP&KDLU$WVXVKL0DVXGDűƌƌƊƄƗƄŃŸƑƌƙƈƕƖƌƗƜŃ

On behalf of the Technical Program Committee, I welcome
you to the 33rd International Photovoltaic Science andEngineering Conference (PVSEC-33) in Nagoya, Japan.
The Technical Program Committee for this conference
consists of 4 areas including total 9 sub-areas. All ofresearch and development fields in photovoltaics scienceand technology are included in this conference. Scope of
this conference is very wide from fundamental physic andchemistry, cell and module materials and processes, newapplications, system-related issues, market and policy
issues, and so on. The characteristic themes of PVSEC-33
are “extension” and “integration” for the new era ofphotovoltaics. Areas 1 and 2 cover the theme of“extension”. Areas 3 and 4 are based on the theme of“integration”. Other than separate sessions on different
topics, we wish integrate common topics from different
fields into shared sessions to facilitate the exchange ofideas.
More than 700 research papers were submitted from allover the world. The program was prepared by 115
Technical Program Committee members under theleadership of sub-area chairs. These members also selected
15 plenary speakers and 37 invited speakers. After fairreview processes, about 200 contributed papers wereselected to oral presentation. I greatly appreciate much
efforts of all the Technical Program Committee members.
Finally, I am profoundly grateful to plenary and invited
speakers, oral and poster presenters, and fruitful discussion
with all the participants. The success of this conference is
not achieved without their huge contribution.
We look forward to seeing you at PVSEC-33.

4

Awards
PVSEC Award (PVSEC-33)

PVSEC Special Award (PVSEC-33)

The PVSEC Award will be presented for outstanding
contributions to the development of photovoltaic
science and technology. The recipient is selected by
the PVSEC Committee, J-PVS, according tonominations.

The PVSEC Special Award will be presented foroutstanding contributions to the growth of Photovoltaic
Industrial Technology or who has been actively
participating in Public-Policy-Making or the like. The
recipient is selected by the PVSEC Committee, J-PVS,
according to nominations.

The PVSEC Award (PVSEC-33, 2022) will bepresented to:

The PVSEC Special Award (PVSEC-33, 2022) will bepresented to:Prof. Akira Yamada
Dr. Shigeru Niki
Prof. Akira YAMADA received his Doctor ofEngineering from Tokyo Institute of Technology in
1989. He is currently a Professor of Department ofElectrical and Electronic Engineering at Tokyo Instituteof Technology, Japan.
He started his research carrier from low-temperature
Si epitaxy and entered the PV research field in 1991.
In the very early stage of his carrier he studied on both
amorphous Si solar cells and Cu(InGa)Se2 (CIGS)
solar cells, and after several years later he focused his
research subject on CIGS solar cells. He has
consistently pursued the improvement of theheterojunction interface of CIGS solar cells, anddeveloped several new buffer layers, such as Zn-In-Se,
ZnMgO, and addressed the importance of a surface
Cu-deficient layer. He received several paper awards
from PVSEC according to these achievements.
Recently, he is interested in combination of machinelearning methods with device modeling.
In addition to these scientific activities, he made many
key contributions to organization of international
conferences. He was the general affair chair of
PVSEC-9 (1996), the technical program chair of
PVSEC-27 (2017) and the conference vice-chair of
WCPEC-7 (2018), and he is currently a member of theinternational advisory committee of PVSEC. He has
also devoted himself to the development of the PVcommunities. He was the general affairs of the Japan
Society for the Promotion of Science (JSPS), the 175th
Committee on Innovative Photovoltaic Power
Generation Systems, and he is currently a director of
the Japan Photovoltaic Society in charge of educationand human resource development. Additionally, he
has also leaded several NEDO photovoltaic R&D
programs since 1999.

Dr. Shigeru Niki received his Ph. D. degree from
University of California, San Diego in 1991. He iscurrently the director general of Sustainable Energy
Unit, Technology Strategy Center, New Energy andIndustrial Technology Development Organization(NEDO). He is also working as a guest professor at
Yamagata Univ., Gifu Univ. and Kagoshima Univ.
He joined Electrotechnical Laboratory (ETL) in Apr.
1991, and started his career in the area ofphotovoltaics dedicating primarily to the CuInGaSe2(CIGS) technologies.
He first concentrated on the understanding of intrinsic
properties of CIS. He succeeded in the growth ofexcellent-quality CIS epitaxial films and identified
systematically the dominant intrinsic defects in CIS as
VCu and defect complexes such as VCu-Se.
ETL was reorganized to National Institute of Advanced
Industrial Science and Technology (AIST) in 2001. Heshifted his research topics to the R&D of CIGS solar
cells and modules. The activities of his group havebeen highly evaluated with outstanding achievements
and unique approaches.
He was selected as a leader of NEDO’s CIGS projects
and led the Japan CIGS consortium with Solar Frontier
and key universities. The consortium worked wellproviding good chemistry and useful collaboration
among the participating organizations.
He became the deputy director of the Research Center(RC) for Photovoltaics in 2004 and became the directorof the RC for Photovoltaic Technologies in 2013, andbecame the director of Renewable Energy RC in 2015.
Throughout his career at AIST, he has dedicated to thepromotion of collaborative research with industries andacademia as well as the activation of global
photovoltaic communities. He was a leader of AIST
team at the 1st and 2nd Terawatt Workshop organized
by NREL, Fh.G ISE and AIST.
He moved to NEDO in Feb. 2019, since then he has
been engaged in the development of strategies invarious energy-related fields including photovoltaics.

Awards
Hamakawa Award (PVSEC-33)
The Hamakawa award is named in honor of Professor
Yoshihiro Hamakawa, a founder of the photovoltaic
community in Japan and the Asia/Pacific PV
Conference (PVSEC). The purpose of the award is torecognize scientists and engineers who have madeoutstanding
researchandtechnologicalaccomplishment, and creativity of PV energy
conversion. The recipient is selected by the PVSEC
Committee, J-PVS, according to nominations.
The Hamakawa Award (PVSEC-33, 2022) will bepresented to:Prof. Shuzi Hayase
For his outstanding contributions to pioneering studies
on perovskite solar cells.
Prof. Shuzi Hayase graduated from Osaka University
in 1976 and received Ph.D from Osaka University in
1983. He joined R&D Center in Toshiba Corporationfrom 1978 to 2000, during which he joined polysilane
research in Robert West group of Wisconsin University
from 1988 to 1990. He engaged in the research on
high-insulation materials, polysilane materials, highresolution lithography technology for LSI, fuel cells,
solar cells and so on.
He was a professor of Kyushu Institute of Technology(National Institute) from 2001 to 2019. He promoted
research on dye-sensitized solar cells and theirsolidification, and perovskite solar cells focused on Sn
perovskite solar cells. From 2009 to 2017, he was aSupervisor of PRESTO project (Japan Science andTechnology Agency (JST), “Photoenergy conversion
systems and materials for the next generation solar
cells“ project), in which collective research on
perovskite solar cells was organized by young
researchers.
From 2016 to 2018, he was an Executive Director,
Vice-President of Kyushu Institute of Technology.
Since 2019, he is a professor of The University ofElectro-Communications (National University inTokyo). He received fellowship of The Society ofPolymer Science, Japan, in 2020, Kamura Memorial
Award in 2017, The Chemical Society of Japan Award
for Technological Development, Awarded for
distinguishedcontributions
intechnologicaldevelopment in chemical industry in 1992, and so on.
His research interest is printable solar cells including
perovskite solar cells.

Awards
PVSEC Award (PVSEC-32)

PVSEC Award (PVSEC-32)

The PVSEC Award will be presented for outstanding
contributions to the development of photovoltaic
science and technology. The recipient is selected by
the PVSEC-IAC according to nominations.

The PVSEC Award will be presented for outstanding
contributions to the development of photovoltaic
science and technology. The recipient is selected by
the PVSEC-IAC according to nominations.

The PVSEC Award (PVSEC-32, 2022) will bepresented to:

The PVSEC Award (PVSEC-32, 2022) will bepresented to:Prof. Chung-wen Lan

Prof. Armin Gerhard Aberle

Prof. Lan is Distinguished Professor in Chemical
Engineering at National Taiwan University (NTU) andFounder and Honorary Chairman of Taiwan
Photovoltaic Industry Association (TPVIA).

Prof Armin Aberle is currently the CEO of the Solar
Energy Research Institute of Singapore (SERIS) at the
National University of Singapore and the Director of
two of the institute’s R&D Clusters.

He received his Ph.D. in Materials Science from the
University of Wisconsin at Madison in 1991, where hestarted his research in crystal growth. He has been asenior consultant of Sino-American Silicon Products
Inc. (SAS) since 2001 helping the company to develop
PV silicon. From 2007 to 2010, he was General
Director of Photovoltaics Technology Center atIndustrial Technology Research Center (ITRI) and
Chairman of TPVIA. He was also a consultant of a few
companies including AUO, Solartech Energy,
Sunshine PV, TGE Polysilicon, Gigasolar etc. for PV
materials, solar cells, modules, and systems.

He entered the PV research field in 1986 when hejoined the Fraunhofer Institute for Solar Energy
Systems (Fraunhofer ISE) in Germany as a final-yearthesis student, and then PhD student, to conduct
fundamental investigations of surface recombination
losses in crystalline silicon solar cells. He received his
PhD in physics from the University of Freiburg in 1992.
In the 1990s he was the Scientific Director of the
Silicon PV Department at the Institute for Solar Energy
Research (ISFH) in Hamelin, Germany. He thenworked for 10 years as a faculty at the University of
New South Wales (UNSW) in Sydney, Australia,
researching novel c-Si thin-film solar cells on glass. In
2008 he joined NUS to establish SERIS, as the Deputy
CEO and Director of the Silicon PV Department.

He developed high-performance multi-crystalline
silicon for PV industry in 2011. This technology, basedon uniform nucleation of small grains, became themain stream of silicon PV till 2018. Nowadays, morethan 300 GWs of solar panels have been installedusing this material. With this contribution, theInternational Organization for Crystal Growth (IOCG)
awarded him the 2016 Laudise Prize, which is thehighest honor in IOCG given triennially for technology.
Even for the mono-crystalline silicon, main designconcepts for highly-efficient pulling were proposed byhim in 2004. His research group further proposed theAl2O3/SiNx passivation structure in 2008 EU PVSEC,
which has also been widely adopted by silicon PERC
cells. Recently, his group also developed vapor phasetexturing and inverted pyramid texturing methods forsilicon wafers having potential industrial applications.
He was the founder of Bluestar Materials Co., a NTU
startup company, for energy storage materials. His
patented SiO technology has been adopted by
Gigasolar Co. for mass production; SiO is an anodematerial that plays a crucial role in boosting thecapacity of lithium-ion batteries used in electricvehicles and storages.

His research has covered the full spectrum fromfundamental materials and device research to theindustrial evaluation of novel PV technologies at thepilot line level and their transfer to industry. He
performed pioneering research in the area of c-Si
surface passivation, including the discovery that theeffective surface recombination velocity S at thermaloxide passivated c-Si surfaces is light intensity (orinjection level) dependent, the demonstration of theimportance of fixed interface charges for low S values,
the development of the concept of field effectpassivation of c-Si solar cells, and the invention of thegate-enhanced solar cell.
He also developed low-temperature remote-plasma
silicon nitride films giving record-low S values on Si
wafers, invented a glass texturing method for thin-film
PV modules, and developed three novel c-Si thin-film
solar cells on glass.

Social Programs(1) Conference Banquet
ːDate: Nov. 16 (Wed) 19:00-21:00
ːVenue: ANA CROWNE PLAZA Hotel Grand Court NAGOYAːStyle: Seating(2) Excursion
ːNagoya Half Day Excursion
ːDate: Nov. 18 (Fri)˙Nagoya Castle˙
Nagoya Castle was completed in 1615 by the Shogun, Tokugawa Ieyasu. Topped with goldenshachihoko, votive tiger-fish roof devices, and boasting the largest floorspace of any tower keep,
Nagoya Castle and its magnificent Hommaru Palace were operated as a military facility. Nagoya
Castle was Japan’s first castle to be designated a National Treasure. Even after wartime air raid
destruction, it was deemed historically important enough to be designated a National HistoricSite. Restoration work being carried out is returning Nagoya Castle to original condition.
˙Mandara (Lunch)˙A Japanese restaurant near Nagoya Castle. Let’s enjoy Nagoya's specialty, Kishimen.
Officially Kishimen is a type of Udon noodle that you may be familiar with, simply made fromwater, wheat, and salt. While the noodles themselves may be simple, that makes them great for a
mixture of different sauces and soups to go along with it.
Traditionally, Kishimen is served in a hot broth with various ingredients such as spinach, steamed
fish cakes, deep-fried bean curd, topped off with some spring onion, and dry bonito flakes.

8

Tutorials396(&

PV Materials
Session Chair: Akira Yamada (Tokyo Inst. Technology, Japan)
Sun. Nov 13, 2022 10:00 AM - 5:00 PM 432 (Bldg. 4, 3F)

10:00 AM - 11:45 AM[T-M-01] Solar Cells: Fundamental to application for carbon neutrality
Takashi Minemoto (Ritsumeikan Univ., Japan)
A solar cell is a promising electrical device for clean energy conversion. The scientific and technicalarea of solar cells are broad such as operation principle, theoretical limit (S-Q limit), single junction
and tandem configuration, absorber materials (crystalline Si, CdTe, CIS, perovskite, organic thinfilm, thin-film Si, etc.), module fabrication process, characterization, PV system, application, andsystem (FIT and FIP). In this tutorial, the overview of solar cell technology will be discussed.

1:30 PM - 3:15 PM[T-M-02] Machine learning and its application to research and development ofphotovoltaics– Materials informatics, process informatics and measurement informatics for PV –Kentaro Kutsukake (RIKEN, Japan)
Today, machine learning, a method derives useful rules from data, is applied to the various
research field in photovoltaics, including material search, process optimization, and material anddevice characterizations.
This tutorial will provide a survey of the machine learning applications to PV research, such as
Bayesian optimization for process conditions and real-time prediction of material properties, as well
as a brief introduction to machine learning.

3:15 PM - 5:00 PM[T-M-03] Perovskite solar cells – Fundamentals and applications –Shuzi Hayase (Univ. Electro-Communications, Japan)
The certified efficiency of the Pb perovskite solar cell is 25.5 % and is approaching the 26.7% of
the single crystalline Si solar cells. It is incredible that the high efficiency was achieved by the cell
prepared with a simple low temperature-printing process, where a lot of impurities should remainin the film. The fundamental for the high efficiency is discussed from the viewpoint of the defecttolerance properties. In addition, the recent research trends of the perovskite tandem cells and Pb
free perovskite solar cells are reviewed, and the issues to be solved are disclosed. The
enhancement of the efficiency for the Sn and SnPb perovskite solar cells expected as the9perovskite tandem cells is discussed, while comparing it with the Pb perovskite. Finally, the new
applications of these solar cells are reviewed.
396(&

PV Systems
Session Chairs: Takahito Nishimura (Tokyo Inst. Technology, Japan), Takashi Oozeki (National
Inst. Advanced Industrial Science and Technology, Japan)
Sun. Nov 13, 2022 10:00 AM - 5:00 PM 431 (Bldg. 4, 3F)

10:00 AM - 11:45 AM[T-S-01] Reliability and testing of PV modules
Tadanori Tanahashi1, Kengo Morita2 (1. National Inst. Advanced Industrial Scienceand Technology, Japan, 2.PVSQ Management, Japan)
Strong market expansion in the PV sector towards achieving carbon neutrality requires easy accessto reliable information on the performance and durability of PV systems. The first part of this session
will present the current status of these indicators, as reviewed and reported by the global experts
in the International Energy Agency (IEA) PVPS Task 13 (https://iea-pvps.org/researchtasks/performance-operation-and-reliability-ofphotovoltaic-systems/). And in the following part, theaccurate performance evaluation cases in the field for the both total system level and individual
module level will be introduced. Additionally, we will discuss the repowering
process by replacing the defective facility (PV module etc.), which results in the increase of thegenerated energy.

1:30 PM - 3:15 PM[T-S-02] PV power forecasting and its uncertainty
Hideaki Ohtake (National Inst. Advanced Industrial Science and Technology, Japan)
Weather forecasting technology, which is the base technology for PV power forecasting, will bepresented. In recent years, large errors in PV power forecasts have become an issue in power grid
operations. In the field of PV power forecasting, the uncertainty of the forecast is being discussed.
Technical issues related to ensemble forecasting, in which multiple forecasts are made, will also
be introduced.

3:15 PM - 5:00 PM[T-S-03] Promising new applications of photovoltaic– Solar to X, building integrated
PV, vehicle integrated PV, agrivoltaic –Kensuke Nishioka (Univ. Miyazaki, Japan)
PV technologies have evolved rapidly and high-quality products are available at low cost.
Challenges to new applications of PV are indispensable for the further spread of PV. This tutorialdescribes solar to X, building integrated PV, vehicle integrated PV, and agrivoltaic, which are10

promising new applications for PV. We hope that you will feel that the basic technologies of PV are
useful for the latest applications.

11Co-organizers, Co-sponsors, Supporting Organizations(This list is in no particular order.)Co-organizers
The Japan Photovoltaic Society (J-PVS)The Institute of Electrical Engineers of Japan (IEEJ)

Co-sponsors
The Japan Society of Applied Physics (JSAP)
The Institute of Electronics, Information and Communication Engineers (IEICE)The Japan Society for Aeronautical and Space Sciences (JSASS)
The Chemical Society of Japan (CSJ)The Electrochemical Society of Japan (ECSJ)JAPAN SOLAR ENERGY SOCIETY (JSES)
Nagoya University

Supporting organizations
Ministry of Economy, Trade and Industry (METI)
Ministry of Education, Culture, Sports, Science and Technology (MEXT)New Energy and Industrial Technology Development Organization (NEDO)
Japan Science and Technology Agency (JST)Photovoltaic Power Generation Technology Research Association (PVTEC)
Research Association for Technology Innovation of Organic Photovoltaics (RATO)
National Institute of Advanced Industrial Science and Technology (AIST)Japan Photovoltaic Energy Association (JPEA)
Japan Aerospace Exploration Agency (JAXA)The Japan Electrical Manufacturers' Association (JEMA)
New Energy Foundation (NEF)
Japan Solar System Development Association (JSSDA)
Optoelectronics Industry and Technology Development Association (OITDA)
Aichi Science and Technology Foundation
NAGOYA CONVENTION & VISITORS BUREAU

12

Subsidizing Foundations(This list is in no particular order.)Japan Tourism Agency
International Exchange Program of National Institute of Information andCommunications Technology (NICT)TOKUYAMA SCIENCE FOUNDATION
KDDI FOUNDATIONNAGOYA CITY
The Murata Science Foundation

13

Sponsors(This list is in no particular order.)Platinum sponsors
NAMICS
Film Photovoltaic Research ConsortiumGold sponsors
TOSOH FINECHEMHigh Voltage Electron Microscope Laboratory, ARIM Japan, Nagoya University
STR Japan K. K.
MSH Systems
AGC
Toyo Aluminium
Tokyo Instruments
Techno Research
J. A. Woollam JapanCENTRAL AUTOMOTIVE PRODUCTS
GiSM, Institute of Materials Innovation, Nagoya University
Toshiba Energy Systems & Solutions
Mizuho Research & Technologies
CYBERNET SYSTEMS
Jiangsu Akcome Science & Technology
Dai Nippon Printing

Silver sponsors
International Servo Data
RTS
EneCoat Technologies
ALS Technology
Pan Solution Technologies
Katagiri Engineering
NPC
Semilab
ALD Japan
Japan Laser
Meijo Nano Carbon
14

HTL Co. Japan
Yamashita Denso
Bunkoukeiki
ULVAC
Ushio
MITSUBOSHI DIAMOND INDUSTRIAL
KANEKASINGULUS TECHNOLOGIESSCHOLARS

15

Exhibitors(This list is in no particular order.)ALS Technology Co., Ltd.
SYSTEMHOUSE SUNRISE CORP.
ALD Japan, Inc.
J. A. Woollam Japan
Bunkoukeiki Co., Ltd.
Kenix Co., Ltd.
AILIN VACUUM CO., LTD
R-DEC Co., Ltd.
NISSIN KIKAI Co., Ltd.
RIKEN Innovation Co., Ltd.
Yamashita Denso Corporation
TOKYO INSTRUMENTS, INC.
WCPEC-9 @Daejeon, Korea
Shizuoka East Convention Bureau(Exhibition is held only on site.)16

Committees
Organizing Committee

Kazuo Koshina (RATO)

Chair

Takashi Manako (JST)

Noritaka Usami (Nagoya Univ.)

Atsushi Masuda (Niigata Univ.)
Taizo Masuda (Toyota Motor)

Vice Chair

Takuya Matsui (AIST)

Izumi Kaizuka (RTS)

Satoru Matsushima (Pan Solution Tech.)

Hiroshi Segawa (The Univ. Tokyo)

Takashi Minemoto (Ritsumeikan Univ.)
Shigeru Niki (NEDO)

Special Advisor

Kensuke Nishioka (Univ. Miyazaki)

Osamu Ikki (RTS)

Yoshitaro Nose (Kyoto Univ.)

Makoto Konagai (Tokyo City Univ.)

Keisuke Ohdaira (JAIST)

Yoshihisa Tawada (Osaka Univ.)

Yoshitaka Okada (The Univ. Tokyo)

Masafumi Yamaguchi (Toyota Tech. Inst.)

Takashi Oozeki (AIST)

Mitsuhiro Yamazaki (NEDO)

Shen Qing (The Univ. ElectroCommunications)

General Secretary

Takeaki Sakurai (Univ. Tsukuba)

Yasuyoshi Kurokawa (Nagoya Univ.)

Akira Takahashi (AGC)
Hiroaki Takahashi (Kyocera)

Members

Tatsuya Takamoto (Sharp)

Masahiro Aoki (Tosoh Finechem)

Makoto Tanaka (PVTEC)

Koji Arafune (Univ. Hyogo)

Tsutomu Tanimoto (Nissan)

Marwan Dhamrin (Toyo Aluminium/Osaka

Akira Terakawa (Panasonic)

Univ.)

Yuzuru Ueda (Tokyo Univ. Science)

Kousuke Harano (Eiko Engineering)

Kazuhiko Umeda (Taisei)

Mami Hasegawa (NEDO)

Shinji Wakao (Waseda Univ.)

Hiroyuki Hatta (CRIEPI)Atsushi Wakamiya (Kyoto Univ.)

Mitsuru Ichikawa (Kaneka)

Akira Yamada (Tokyo Tech.)

Mitsuru Imaizumi (JAXA)

Tomoyuki Yamada (MST)

Michihiko Inaba (Toshiba Energy Systems)

Toshihiro Yano (Kao)Ryousuke Ishikawa (Tokyo City Univ.)

Akito Yoshii (Namics)

Yasuaki Ishikawa (Aoyama Gakuin Univ.)
Takashi Itoh (Gifu Univ.)
Yukihiro Kaneko (Panasonic)
Akinori Kato (Kawamura Electric)
Naoya Kato (Enecoat Technologies)
17

Steering Committee
Chair

Publication Chair

Noritaka Usami (Nagoya Univ.)

Takashi Itoh (Gifu Univ.)--Members

Vice Chair

Masakazu Ito (Univ. Fukui)

Yasuyoshi Kurokawa (Nagoya Univ.)

Yuzuru Ueda (Tokyo Univ. Science)
Hitoshi Sai (AIST)
Takashi Minemoto (Ritsumeikan Univ.)

General Secretary
Kazuhiro Gotoh (Nagoya Univ.)
Takahito Nishimura (Tokyo Tech.)

Tutorial Chair

Shigeru Yamada (Gifu Univ.)

Akira Yamada (Tokyo Tech.)--Members

Technical Program Chair

Takashi Oozeki (AIST)

Atsushi Masuda (Niigata Univ.)

Takeaki Sakurai (Univ. Tsukuba)--Members

Tetsuya Taima (Kanazawa Univ.)

Yasuaki Ishikawa (Aoyama Gakuin Univ.)
PVSEC Award Chair

Kensuke Nishioka (Univ. Miyazaki)

Makoto Konagai (Tokyo City Univ.)
General Affair Chair--Members

Yasuyoshi Kurokawa (Nagoya Univ.)

Masafumi Yamaguchi (Toyota Tech. Inst.)--Members
Shinya Kato (Nagoya Inst. Tech.)

PVSEC-32 Organizing Committee

Tetsuya Kaneko (Tokai Univ.)

Yuzuru Ueda (Tokyo Univ. Science)

Kosuke Hara (Univ. Yamanashi)
Mel Forrest Hainey Jr. (NIMS)PVSEC-32 Technical Program Committee--Conference Coordination Members

Shuzi Hayase (The Univ. Electro-

Shinsuke Miyajima (Tokyo Tech.)Communications)

Yoshitaro Nose (Kyoto Univ.)--Social Program Members

PVSEC committee @ J-PVS Chair

Ryousuke Ishikawa (Tokyo City Univ)

Makoto Konagai (Tokyo City Univ.)

Yukiko Kamikawa (AIST)PVSEC International Advisory Committee

Nobuyuki Matsuki (Kanagawa Univ.)

Chair
Makoto Konagai (Tokyo City Univ.)

PR Chair
Keisuke Ohdaira (JAIST)--Members

Financial Audit Members

Makoto Tanaka (PVTEC)

Yoshio Ohshita (Toyota Tech. Inst.)

Akira Terakawa (Panasonic)

Katsumi Kushiya (Idemitsu)

Atsushi Wakamiya (Kyoto Univ.)

Takahiro Wada (Ryukoku Univ.)

18

PVSEC Committee @ J-PVS
ChairPVSEC International Advisory
Committee

Makoto Konagai (Tokyo City Univ.)

Chair
Makoto Konagai (Tokyo City Univ.)

Secretariat
Vice Chair

Kimiko Furukawa (J-PVS)

Donghwan Kim (Korea Univ.)
Members

Shigeru Niki (NEDO)

Shuji Hayase (The Univ. Electro-

Ying Zhao (Nankai Univ.)

Communications)Takashi Ito (Gifu Univ.)

Honorary member

Izumi Kaizuka (RTS)

Yuwen Zhao (Beijing Solar Energy Research

Yasuyoshi Kurokawa (Nagoya Univ.)

Inst.)

Katsumi Kushiya (Idemitsu)

Asok Kumar Barua (Indian Association for theAtsushi Masuda (Niigata Univ.)

Cultivation of Science)

Taizo Masuda (Toyota Motor)

Kosuke Kurokawa (Japan Council for

Takuya Matsui (AIST)

Renewable Energy)

Takashi Minemoto (Ritsumeikan Univ.)

Masayoshi Umeno (Chubu Univ.)

Shigeru Niki (NEDO)

Choong Hyun Chung (Yonsei Univ.)

Kensuke Nishioka (Univ. Miyazaki)

Somsak Panyakeow (Chulalongkorn Univ.)

Keisuke Ohdaira (JAIST)
Yoshio Ohshita (Toyota Tech. Inst.)

Members

Takashi Oozeki (AIST)

Nicholas Ekins-Daukes (UNSW)Shen Qing (The Univ. Electro-

Martin A. Green (UNSW)Communications)

Jozef Poortmans (IMEC)

Hiroshi Segawa (The Univ. Tokyo)

Fang Lyu (Solar PV Committee of China

Masakazu Sugiyama (The Univ. Tokyo)

Renewable Energy Society)Tatsuya Takamoto (Sharp)

Zhengxin Liu (Shanghai Inst. Microsystem and

Makoto Tanaka (PVTEC)

Information Technology)

Yuzuru Ueda (Tokyo Univ. Science)

Zuming Liu (Solar Energy Research Inst.,

Noritaka Usami (Nagoya Univ.)

Yunnan Normal University)

Takahiro Wada (Ryukoku Univ.)

Deren Yang (Zhejiang Univ.)

Atsushi Wakamiya (Kyoto Univ.)

Huey-Liang Hwang (Tsing Hua Univ.)

Akira Yamada (Tokyo Tech.)

Chung-Wen Lan (National Taiwan Univ.)

Masafumi Yamaguchi (Toyota Tech. Inst.)

Chuang-Chuang Tsai (National Chiao Tung
Univ.)
Andreas Bett (Fraunhofer ISE)
Peter Helm (WIP)19

Radovan Kopecek (ISC Konstanz-ResearchAlex Freundlich (Univ. Houston)

for a sunny future)

L. L. Kazmerski

Chandan Banerjee (National Inst. Solar

Sarah Kurtz (Univ. California Merced)

Energy)William N. Shafarman (IEC, Univ. Delaware)

Swati Ray (Energy Research Unit, Indian
Association for the Cultivation of Science)

Secretariat

Wilson Wenas (INDONESIA SOLAR

Kimiko Furukawa (J-PVS)GLOBAL)
Hainz Ossenbrink (European Commission,
Joint Research Center)
Jäger-Waldau Arnulf (European Commission,
Joint Research Center)Izumi Kaizuka (RTS)
Noritaka Usami (Nagoya Univ.)
Yoshio Ohshita (Toyota Tech. Inst.)
Hiroshi Segawa (The Univ. Tokyo)
Makoto Tanaka (PVTEC)
Yuzuru Ueda (Tokyo Univ. Science)
Takahiro Wada (Ryukoku Univ.)
Akira Yamada (Tokyo Tech.)
Masafumi Yamaguchi (Toyota Tech. Inst.)
Jin Hyeok Kim (Chonnam National Univ.)
Jinsoo Song (Northeast Asia Renewable
Energy Inst.)
Junsin Yi (Sungkyunkwan Univ.)
Jae Ho Yun (Korea Inst. Energy Technology)
Sewang Yoon (Korea Photovoltaic Society)
Amin Nowshad (The National Energy Univ.)
Yasuhiro Matsumoto (IPN)
Armin Gerhard Aberle (SERIS, National Univ.
Singapore)
Marko Topic (Univ. Ljubljana)Dusit Kruangam (Thai Photovoltaic Industries
Association)
Kobsak Sriprapha (National Science andTechnology Development Agency)
Miro Zeman (Delft Univ. Tech.)
Arno Smets (Delft Univ. Tech.)
20Technical Program Committee

Hiroyuki Hatta (CRIEPI, Japan)

Chair

Michihiko Inaba (Toshiba Energy Systems &Atsushi Masuda (Niigata Univ.)

Solutions, Japan)
Takeyoshi Kato (Nagoya Univ., Japan)

Vice Chairs

Yusuke Miyamoto (KANDENKO, Japan)

Yasuaki Ishikawa (Aoyama Gakuin Univ.)

Hideaki Ohtake (AIST, Japan)

Kensuke Nishioka (Univ. Miyazaki)

Satoshi Takayama (Osaka Prefecture Univ.,
Japan)

Area 1: Policy, market, deployment, energy

Tsutomu Takinami (TEPCO, Japan)

management, and related technologies

Takayuki Tanabe (MEIDENSHA, Japan)

Area Chair: Takashi Oozeki (AIST)

Yuzuru Ueda (Tokyo Univ. Science, Japan)
Shinji Wakao (Waseda Univ., Japan)

Sub-area 1-1: Policy, market and deployment
Sub-area Chair: Keiichi Komoto (Mizuho

Area 2: Advanced applications and core

Research & Technologies)

technologies for massive installation

Sub-area Vice Chair: Annick Anctil (Michigan

Area Chair: Kensuke Nishioka (Univ.

State Univ.)

Miyazaki, Japan)--Members
Mami Hasegawa (NEDO)

Sub-area 2-1: Solar to X

Arnulf Jäger-Waldau (European Commission

Sub-area Chair: Katsushi Fujii (RIKEN, Japan)

Joint Research Centre)

Sub-area Vice Chair: Joel W. Ager (Lawrence

Izumi Kaizuka (RTS, Japan)

Berkeley National Lab., USA)

Fang Lyu (IEE-CAS)--Members

Gento Mogi (The Univ. Tokyo)

Thomas Burdyny (Delft Univ. Tech. The

Mitsuhiro Yamazaki (NEDO)

Netherlands)
Jun-Seok Ha (Chonnam National Univ.,

Sub-area 1-2: Energy management andKorea)

related technologies

Tomohiro Higashi (The Univ. Tokyo, Japan)

Sub-area Chair: Masakazu Ito (Univ. Fukui,

Takayuki Ichikawa (Hiroshima Univ., Japan)

Japan)

Shigeru Ikeda (Konan Univ., Japan)

Sub-area Vice Chair: Kyungsoo Lee (Korea

Tatsuoki Kono (Tohoku Univ., Japan)

Polytechnic Univ., Korea)

Matthew Mayer (Helmholtz-Zentrum Berlin,--Members

Germany)

Amarbayar Adiyabat (National Univ. Mongolia,

Qian Wang (Nagoya Univ., Japan)

Mongolia)
Duy Long Ha (Entech Smart Energies,

Sub-area 2-2: Advanced applications ofFrance)photovoltaics

Ryoichi Hara (Hokkaido Univ., Japan)
21Sub-area Chair: Taizo Masuda (Toyota Motor,

Area Chair: Yasuaki Ishikawa (Aoyama

Japan)

Gakuin Univ., Japan)

Sub-area Vice Chair: Noren Pan (MicroLink
Devices, USA)

Sub-area 3-1: Wafer-based silicon--Members

photovoltaics and related technologies

Kenji Araki (Univ. Miyazaki, Japan)

Sub-area Chair: Takuya Matsui (AIST, Japan)

Mitsuru Imaizumi (JAXA, Japan)

Sub-area Vice Chair: Zhengxin Liu (SIMIT,

Ryousuke Ishikawa (Tokyo City Univ., Japan)

China)

Daehwan Jung (Korea Inst. Sci. Tech., Korea)--Members

Tomoyuki Miyamoto (Tokyo Tech., Japan)

Daisuke Adachi (KANEKA, Japan)

Akihiko Nakajima (KANEKA, Japan)

Koji Arafune (Univ. Hyogo, Japan)

Bonna Newman (TNO, The Netherlands)

Marwan Dhamrin (Toyo Aluminium/Osaka

Tatsuya Takamoto (SHARP, Japan)

Univ., Japan)

Tsutomu Tanimoto (NISSAN, Japan)

Tetsuya Kaneko (Tokai Univ., Japan)

Takeshi Tayagaki (AIST, Japan)

Risa Kurihara (RTS, Japan)

Stephanie Tomasulo (Naval Res. Lab., USA)

Hae-Seok Lee (Korea Univ., Korea)

Kazuhiko Umeda (TAISEI, Japan)

Daniel MacDonald (Australian National Univ.,
Australia)

Sub-are 2-3: Field performance of

Verena Mertens (ISFH, Germany)

photovoltaic systems and related issues

Shinsuke Miyajima (Tokyo Tech., Japan)

Sub-area Chair: Hiromi Tobita (JET, Japan)

Keisuke Ohdaira (JAIST, Japan)

Sub-area Vice Chair: Edward Hsi (SwissDavid Young (NREL, USA)

Reinsurance, Switzerland)--Members

Sub-area 3-2: Organic and inorganic thin-film

Yasuo Chiba (AIST, Japan)

photovoltaics, III-V high-efficiency devices andYoshihito Eguchi (VENA Energy, Nippon

related technologies

Renewable Energy, Japan)

Sub-area Chair: Yoshitaro Nose (Kyoto Univ.,

Peter Hacke (NREL, USA)

Japan)

Tetsuyuki Ishii (CRIEPI, Japan)

Sub-area Vice Chair: Mike Scarpulla (Univ.

Naoki Kadota (KANEKA, Japan)

Utah, USA)

Tomonao Kobayashi (Gifu Univ., Japan)--Members

Takashi Minemoto (Ritsumeikan Univ., Japan)

Xugang Guo (SUSTech, China)

Christos Monokroussos (TUV Rheinland,

Shogo Ishizuka (AIST, Japan)

Germany)

Yukiko Kamikawa (AIST, Japan)
Kazuhiro Marumoto (Univ. Tsukuba, Japan)

Area 3: Photovoltaic modules, solar cells,

Akira Nagaoka (Univ. Miyazaki, Japan)

advanced materials, sophisticated processes,

Takahito Nishimura (Tokyo Tech., Japan)

cell and module characterizations

Itaru Osaka (Hiroshima Univ., Japan)
22

Hitoshi Sai (AIST, Japan)

Yutaka Matsuo (Nagoya Univ., Japan)

Masakazu Sugiyama (The Univ. Tokyo,

Subodh Mhaisalkar (Nanyang Tech. Univ.,

Japan)

Singapore)

Keisuke Tajima (RIKEN, Japan)

Takurou N. Murakami (AIST, Japan)

Masatoshi Yanagida (NIMS, Japan)

Takayuki Negami (Ritsumeikan Univ., Japan)
Hideo Ohkita (Kyoto Univ., Japan)

Area 4: Perovskite and emerging

Atsushi Wakamiya (Kyoto Univ., Japan)

photovoltaics, advanced materials,

Kai Zu (NREL, USA)sophisticated processes
Area Chair: Tsutomu MiyasakaʤToin Univ.

Sub-area 4-2: Emerging materials and game-

Yokohama, Japanʥ

change technologies
Sub-area Chair: Shen Qing (The Univ.

Sub-area 4-1: Perovskite photovoltaics andElectro-Communications, Japan)

related technologies

Sub-area Vice Chair: Shujuan Huang

Sub-area Chair: Shuzi Hayase (The Univ.

(Macquarie Univ., Australia)

Electro-Communications, Japan)--Members

Sub-area Chair: Takaya Kubo (The Univ.

Shigeo Asahi (Kobe Univ., Japan)

Tokyo, Japan)

Amaury Delamarre (Univ. Paris-Saclay,

Sub-area Vice Chair: Aldo Di Carlo (Univ.

France)Rome, Italy)

Daiji Kanematsu (Panasonic, Japan)--Members

Jacob Krich (Univ. Ottawa, Canada)

Eric Diau (National Chiao Tung Univ., Taiwan)

Naoya Miyashita (The Univ. Electro-

Hongwei Han (Huazhong Univ. Sci. Tech.,Communications, Japan)

China)

Katsuaki Tanabe (Kyoto Univ., Japan)

Masashi Ikegami (Toin Univ. Yokohama,Tooru Tanaka (Saga Univ., Japan)

Japan)

Xinhua Zhong (South China Agricultural Univ.,

Seigo Ito (Univ. Hyogo, Japan)

China)

23

Special Events(1) NEDO Project Special Exhibition (Event Hall, Nov. 15-16)
We will exhibit the Toyota Prius PHV and Nissan eNV200, which are experimental vehicles
equipped with high-efficiency triple-junction compound solar cells developed by Sharp as part of a
NEDO project.

(2) Solar Car Exhibition (Event Hall, Nov. 15-16)
NITech Solar Car Club will exhibit their solar

solar panels, reducing air resistance andcar.

vehicle weight.

From the applied research at the Umeno
Laboratory (Emeritus professor Masayoshi
Umeno,

Honorary

memberof

PVSEC

International Advisory Committee), the NITech
Solar Car Club started in 1995.
The solar car they are developing is theultimate eco-car, which is actually driven by ahuman and runs solely on the solar energy.
However, since the energy of sunlight varies

The solar car race is a so-called "endurance

depending on the weather and time of day, therace". Energy management holds the key toobtained energy is not constant, and thevictoryenergy consumed by the motor also changes

management tactics are what make solar car

depending on the resistance of the vehicle

racing so interesting. NITech Solar Car Clubbody and the running speed. When developing

participates in the "FIA Electric & New Energy

a solar car, it is necessary to efficiently convert

Championship Solar Car Race Suzuka (thesunlight into electricity and drive with lower fuelhighest class in Japan)" held at Suzuka Circuit

consumption. In general, they aim to meet

and the "Bridgestone World Solar Challengethese requirements by using highly efficient(the world's highest class)" held in Australia.

24

during

the

race,

and

energy(3) Networking lunch for women in photovoltaics(Rooms 431 and 432, Nov. 15,12:30-13:30)
Admission is charged with pre-registration.
Style: Hybrid (Onsite & Zoom)
Onsite participation includes a lunch box (Regular or Vegetarian).
This event would be good opportunity for young women in this field to feel closer to senior women(role models) working in the field of photovoltaics and also good opportunity for all participants for
networking.
Main scheduleː Presentation from role models (women working in the field of photovoltaics etc.) during lunchtime.
ː Free talking with participants (e.g. ~6 persons/group) after lunch time.

(4) Early Career Jobs Fair
(Event Hall, Nov. 15: 10:30-17:00, Nov. 16: 10:30-15:00)
PVSEC-33 provides the opportunity of job hunting for PhD students or young researchers. You
can find the information on jobs related with photovoltaics there. PVSEC-33 also provides a place
where the company's HR staff can interview job seekers directly.




25

International Energy Agency Photovoltaic Power Systems Programme

IEA PVPS workshops at PVSEC-33 –Nagoya, Japan・Organizer：IEA PVPS・Supporting organization：NEDO
・Date :Tuesday, 15th Nov., 2022
・Venue：131/132, 3F, 1st Bldg., Nagoya Congress Center（Onsite only）
・Participants need to register PVSEC-33 For more details : https://pvsec-33.com/index.html
10:30 - 12:00

Task 1 Workshop: “Enablers of emerging PV technologies”

Session Chair: Arnulf Jäger-Waldau, EC JRC, Task 1 and Task 14 expert of IEA PVPS
Description: PV cumulative capacity reached 1TW in 2022 and PV is expected contribute the pathway to achievecarbon neutral. In addition to conventional application such as ground mounted PV systems and rooftop PV
systems, the markets of emerging application such as BIPV, VIPV, and FPV are expected to grow. However,
obstacles and challenges of these application still remains. In this workshop, enablers of these technologies will
be discussed from regulatory, policy and technological aspects.
Planned Program:Gaëtan Masson, IEA PVPS Task 1 Manager/ Becquerel Institute, Belgium, “Trends of global PV market andemerging PV”
Daniel Mugnier, IEA PVPS Chair/TECSOL, France, “French approach to promote BIPV”
Kazuhiko Umeda, Taisei Corporation, Japan, “Architectural issues and introduction of the latest technology of BIPV
in Japan”
Izumi KAIZUKA, RTS Corporation, Japan, “Floating PV trends”

26

International Energy Agency Photovoltaic Power Systems Programme

15:30 - 17:00 Task 17 Workshop: “PV contribution to the transport sector”
Session Chair: Keiichi Komoto, MHRT, Task 17 Task Manager

Description: A potential of PV market in the transport will be large, and the market will be the next driving force forthe further development of PV. In order to mitigate CO2 emission in the transport sector, promoting electrified
vehicles is suggested as an effective option. Taking into account the WTW emissions, a mutual exploitation of PV
and electrified vehicles with battery should be a key, as well as for deployment of PV in the transport. In thisworkshop, expected impacts and requirements for possible options; VIPV (vehicle integrated PV) and PVSC (PVcharging station) will be discussed.
Planned Program:
Keiichi Komoto, MHRT, Japan, Introduction
Bonna K. Newman, TNO, the Netherlands, “Status of VIPV Technology in the Netherlands and Beyond”
Benjamin Commault, CEA, France, “On-board photovoltaic kit for Existing Vehicles”
Manuela Sechilariu, UTC, France, “DC microgrid powered EV charging station versus public grid powered EV
charging station”
N. J. Ekins-Daukes, UNSW, Australia, “Electric bus charging using PV”
Kenji Araki, University of Miyazaki, Japan, “VIPV – Real performance and real benefit to society”

17:30 - 19:00 Task 12 Workshop: “PV recycling related research from IEA PVPS Task12: PV Sustainability”
Session Chair: Garvin Heath, NREL, Task 12 Task Manager and Keiichi Komoto, MHRT, Task12 expert

Description: With PV deployment increasing exponentially, the number of PV modules that reach the end of usefullife will also increase, accumulating proportionately as waste after the time lag of operation. When a product cannot
be repaired or reused, recycling is the next preferable option before disposing as waste. PV module recycling has
become an important emerging and strategic topic, with numerous global, regional, and country-specific activities
conducted and developed by governments, organizations, and companies in recent years. In this workshop, acurrent status and a challenge to overcome will be discussed.
Garvin Heath, NREL, USA, “PV circularity and high value recycling of c-Si PV modules”
Yansong Shen, UNSW, Australia, “Metallurgy-inspired end of life solar panel recycling: process modelling andoptimization”
Nicolas Defrenne, Soren, France, “EOL management of PV module in Europe (TBC)”
Keiichi Komoto, MHRT, Japan, “Current status of PV recycling in PVPS Task12 countries”
More information: Izumi KAIZUKA, Task 1 Deputy Manager kaizuka@rts-pv.com

27

3rd Asian Nations Joint Workshop on PV【Organizer】The Japan Photovoltaic Society (J-PVS)【Date】Nov. 18th, 2022
【Venue】Nagoya Nogakudo Noh Theater【Registration fee】Free【Requirement for participation】J-PVS member or Participant of PVSEC-33

SESSION 1:

Chair: Atsushi Masuda (Niigata Univ.)

13:00

1.1

0:05

Noritaka Usami(Nagoya Univ., Japan)

Welcome address

13:05

1.2

0:25

Izumi Kaizuka(RTS Corporation/Task 1 IEA PVPS, Japan)

Trends of Global PV market and industry

13:30

1.3

0:25

Nicholas Ekins–Daukes(UNSW, Australia)

Opportunities to Increase the Efficiency of Solar PV

13:55

1.4

0:25

Perumalsamy Ramasamy(SSN Institutions, India)

Current scenario of silicon crystal growth activities in India for PV applications

14:20

1.5

0:25

Shigeru Niki
(NEDO, Japan)

Japan's Green Growth Strategy and Expectations for Next-Generation Photovoltaic Technology

14:45

1.6

0:25

Donghwan Kim(Korea Univ., Korea)

Fabrication of perovskite/silicon tandem solar cells via industry-compatible processing methods

15:10

0:30

Break

SESSION 2:

Chair: Donghwan Kim (Korea Univ.)

15:40

2.1

Amin Nowshad
0:25(Universiti Tenaga Nasional, Malaysia)

16:05

2.2

0:25

Armin Gerhard Aberle(National Univ. Singapore, Singapore)

Research, development and deployment of solar energy in Singapore

16:30

2.3

0:25

Chung-Wen Lan(National Taiwan Univ., Chinese Taipei)

My 20-year journey in the global PV rush

16:55

2.4

0:25

Amornrat Limmanee(NSTDA, Thailand)

Status and Trends in Solar Power Plants in Thailand

17:20

2.5

0:05

The Vertical Growth of PV Activities in Malaysia’s New Energy Transition Roadmap

Closing Remarks

Technical Program29

PVSEC33

Opening Ceremony, Opening Plenary, Award Ceremony
Session Chairs: Izumi Kaizuka (RTS Corp., Japan), Makoto Konagai (Tokyo City Univ., Japan)
Mon. Nov 14, 2022 1:30 PM - 3:30 PM Shirotori Hall (Bldg. 4, 1F)

Opening Address 1:30 PM - 1:35 PM
Noritaka Usami (General Chair of PVSEC-33, Nagoya Univ.)

Welcome Address 1:35 PM - 1:40 PM
Hideaki Ohmura, Governor of Aichi Prefecture

Opening Plenary 1:40 PM - 2:00 PM(INVITED) NEDO’s photovoltaic R&D activities
Mitsuhiro Yamazaki (New Energy and Industrial Technology Development Organization, Japan)

Opening Plenary 2:00 PM - 2:30 PM(INVITED) TBD
Yukari Takamura (Univ. Tokyo, Japan)

Award Ceremony 2:30 PM - 3:30 PM

30PVSEC33

Opening Plenary
Session Chairs: Atsushi Masuda (Niigata Univ., Japan), Akira Yamada (Tokyo Inst. Tech., Japan)
Mon. Nov 14, 2022 4:00 PM - 6:00 PM Shirotori Hall (Bldg. 4, 1F)

Opening Plenary 4:00 PM - 4:30 PM(INVITED) Activities toward carbon neutrality at Toyota
Koichi Nakata (Toyota Motor Corp., Japan)

Opening Plenary 4:30 PM – 5:00 PM(INVITED) Towards low cost and sustainable PV systems at the TW scale
Brett Hallam (Univ. New South Wales, Australia)

Opening Plenary 5:00 PM – 5:30 PM(INVITED) Research directions in perovskite solar cells
Nam-Gyu Park (Sunkyunkwan Univ., Korea)

Opening Plenary 5:30 PM – 6:00 PM(INVITED) Perovskite/Si tandem solar cells with 30% efficiency
Lars Korte1, Eike Köhnen1, Bor Li1, Silvia Mariotti1, Marcel Roß1, Kári Sveinbjörnsson1, Philipp
Tockhorn1, Philipp Wagner1, Fengjiu Yang1, Ke Xu1, Christiane Becker1, Eva Unger1,2, Bernd
Stannowski1, Steve Albrecht1,3 (1. Helmholtz-Zentrum Berlin für Materialien und Energie, Germany,
2. Humboldt Univ. Berlin, Germany, 3. Technische Univ. Berlin, Germany)

31

PVSEC33

Plenary I
Session Chairs: Keiichi Komoto (Mizuho Research & Technologies, Ltd., Japan), Katsushi Fujii(RIKEN, Japan), Tsutomu Miyasaka (Toin Univ. Yokohama, Japan)
Tue. Nov 15, 2022 8:30 AM - 10:00 AM Shirotori Hall (Bldg. 4, 1F)

Plenary (Sub-area 1-1) 8:30 AM - 9:00 AM(INVITED) Major innovative trends to address the multi TW challenge
Daniel Mugnier (IEA PVPS, France)

Plenary (Sub-area 2-1) 9:00 AM - 9:30 AM(INVITED) From solar power to chemicals. System challenges of scaling up CO2
electrochemical conversion in industry
Andrea Ramirez Ramirez (Delft Univ. Technology, The Netherlands)

Plenary (Sub-area 4-2) 9:30 AM - 10:00 AM(INVITED) Halide perovskites as a space photovoltaic technology: Evaluating radiation
hardness
Joseph M. Luther (National Renewable Energy Lab., USA)

Plenary (Sub-area 1-1) 10:00 AM - 10:15 AM(INVITED) Indian scenario of photovoltaics
Vineet Saini (Ministry of Science and Technology, India)

32

PVSEC33

Plenary II
Session Chairs: Noren Pan (MicroLink Devices, USA), Takuya Matsui (National Inst. Advanced
Industrial Science and Technology, Japan), Shuzi Hayase (Univ. Electro-Communications,Japan), Takaya Kubo (Univ., Tokyo, Japan)
Wed. Nov 16, 2022 8:30 AM - 10:00 AM Shirotori Hall (Bldg. 4, 1F)

Plenary (Sub-area 2-2) 8:30 AM - 9:00 AM(INVITED) Application of high efficiency lightweight solar cells to stratosphericuninhabited air system (UAS)Paul Stevens (Voltitude Ltd., UK)

Plenary (Sub-area 3-1) 9:00 AM - 9:30 AM(INVITED) Passivating contacts for highest efficient silicon solar cells and beyond
Martin Hermle, Armin Richter, Martin Bivour, Jana Isabel Polzin, Jan Benick, Stefan W. Glunz(Fraunhofer Institute for Solar Energy Systems, Germany)

Plenary (Sub-area 4-1) 9:30 AM - 10:00 AM(INVITED) Tin perovskite solar cells and photovoltaic CO2 reduction
Eric Wei-Guang Diau (National Yang Ming Chiao Tung Univ., Taiwan)

33

PVSEC33

Plenary III
Session Chairs: Masakazu Ito (Univ. Fukui, Japan), Hiromi Tobita (Japan Electrical Safety &Environment Technology Labs., Japan), Yoshitaro Nose (Kyoto Univ., Japan)
Thu. Nov 17, 2022 1:30 PM - 3:00 PM Shirotori Hall (Bldg. 4, 1F)

Plenary (Sub-area 1-2) 1:30 PM - 2:00 PM(INVITED) Evolution of PV power generation and augmented energy management
Hideo Ishii (Waseda Univ., Japan)

Plenary (Sub-area 2-3) 2:00 PM - 2:30 PM(INVITED) Performance monitoring and inspection of PV modules and strings
Yoshihiro Hishikawa (Ritsumeikan Univ., Japan)

Plenary (Sub-area 3-2) 2:30 PM - 3:00 PM(INVITED) First principles investigation of defect control in chalcogenide thin film solar
cell materials
Su-Huai Wei (Beijing Computational Science Research Center, China)

34

PVSEC33

Area 1: Policy, market, deployment, energy management, and related technologies
Sub-area 1-1: Policy, market and deployment[TuP-11] Policy, Market and Deployment
Tue. Nov 15, 2022 12:00 PM - 3:00 PM P-11/Event Hall (Bldg. 1, 1F)[TuP-11-01]
1 TW of photovoltaic system capacity in the European Union by 2030 ‒ Where to
install it
Arnulf Jäger-Waldau, Georgia Kakoulaki, Rocio Gonzalez Sanchez, Sandor Szabo (European
Commission, Joint Research Center, Italy)[TuP-11-02]
Forecasting PV installed capacity in Japan toward FY 2030
Koichi Sugibuchi, Haruki Yamaya, Risa Kurihara, Izumi Kaizuka, Osamu Ikki (RTS Corp., Japan)[TuP-11-03]
Potential evaluation of economic and resiliency in P2P electricity
transaction among prosumers with PV and battery
Yuta Nakamura (Nagoya Inst. Tech., Japan)[TuP-11-04]
Study on the effectiveness of rooftop rental model for PV installation into residential
area
Yuki Nishida, Shinji Wakao (Waseda Univ., Japan)[TuP-11-05]
Changes in energy consumption of residential buildings according to measured
lighting and plug load patterns
Ruda Lee, Minjoo Choi, Dongsu Kim, Jongho Yoon (Hanbat National Univ., Korea)

35

PVSEC33

Area 1: Policy, market, deployment, energy management, and related technologies
Sub-area 1-1: Policy, market and deployment[WeO-11a] Policy, Market and Deployment
Session Chairs: Izumi Kaizuka (RTS Corp., Japan), Annick Anctil (Michigan State Univ., USA)
Wed. Nov 16, 2022 10:30 AM - 12:00 PM 431 (Bldg. 4, 3F)[WeO-11a-01] 10:30 AM – 11:00 AM(INVITED) Market developments and challenges in Australia
Linda Koschier1, Renate Egan2 (1. Australian Photovoltaic Inst., Australia, 2. Univ. New South
Wales, Australia)[WeO-11a-02] 11:00 AM – 11:15 AM
The European solar communication ‒ Will it pave the road to achieve 1 TW ofphotovoltaic system capacity in the European Union by 2030?
Arnulf Jaeger-Waldau, Anatoli Chatzipanagi (European Commission, Joint Research Center,
Italy)[WeO-11a-03] 11:15 AM – 11:30 AM
Comparative techno-economic assessment of PV manufacturing in different Asian
countries
Philippe Macé, Monica Aleman, Elina Bosch, André Penas, Eloïse Taurel, Adrien Van Rechem,*Gaëtan Masson (Becquerel Inst., Belgium)[WeO-11a-04] 11:30 AM – 11:45 AM
Economic and environmental evaluation of the next generation of tandem PV devices
Alessandro Martulli1, Neethi Rajagopalan2,7 Fabrizio Gota3, Ulrich Wilhelm Paetzold3, Toby
Meyer4, Cesar Omar Ramirez Quiroz5,6, Robert Malina1, Bart Vermang1,7,8, Sebastien Lizin1 (1.
Hasselt Univ., Belgium, 2. VITO, Belgium, 3. Karlsruhe Inst. Tech., Germany, 4. Solaronix,
Switzerland, 5. FOM Technologies, Denmark, 6. NICE Solar Energy, Germany, 7. IMEC, Belgium,
8. EnergyVille, Belgium)[WeO-11a-05] 11:45 AM – 12:00 PM
Lifecycle assessment of CO2 emission and energy payback time of photovoltaic
systems in Japan
Yusuke Kumano1, Shigeru Niki1, Keiichi Komoto2, Naoto Takatsu2, Yuzuru Ueda3 (1. New Energy
and Industrial Technology Development Organization, Japan, 2. Mizuho Research &Technologies, Ltd., Japan, 3. Tokyo Univ. Science)

36

PVSEC33

Area 1: Policy, market, deployment, energy management, and related technologies
Sub-area 1-1: Policy, market and deployment[WeP-11] Policy, Market and Deployment
Wed. Nov 16, 2022 12:00 PM - 3:00 PM P-11/Event Hall (Bldg. 1, 1F)[WeP-11-01]
Trends in PV applications - The latest survey results on PV markets and policies fromthe IEA PVPS Programme in 2021
Gaetan Masson1,2, Izumi Kaizuka3, Arnulf Jaeger-Waldau4, Johan Lindahl5, José Donoso6 (1. IEAPVPS, 2. Becquerel Inst. Belgium, 3. RTS Corp., Japan, 4. European Commission, Joint
Research Center, Italy, 5. Becquerel Sweden, Sweden, 6. UNEF, Spain)[WeP-11-02]
Potential of non-FIT business models in Japanese PV market: Self consumption andCorporate PPAs
Izumi Kaizuka, Yoshiyuki Ohashi, Koichi Sugibuchi, Haruki Yamaya, Satsuki Kanai, Osamu Ikki
(RTS Corp., Japan)[WeP-11-03]
Electricity price forecasting method for the JEPX spot market based on ARIMA model
Xue Fang1, Jindan Cui1, Bo Jie1, Takashi Oozeki2, Yuzuru Ueda1 (1. Tokyo Univ. Science, Japan,
2. National Inst. Advanced Industrial Science and Technology, Japan)[WeP-11-04]
Thailand PV policy and PV applications activity in the energy reformation era
Tanokkorn Chenvidhya, Yaowanee Sangpongsanont, Manit Seapan, Ballang Muenpinij, Dhirayut
Chenvidhya (King Mongkut's Univ. Technology Thonburi, Thailand)[WeP-11-05]
Energy reforming and solar growth in Thailand
Dusit Kruangam, Songpakit Kaewniyompanit (Thailand Photovoltaic Industries Association,
Thailand)[WeP-11-06]
International collaboration for standardization (testing and rating) for VIPV
Kenji Araki1, Liang Ji2, George Kelly3, Zi Ouyang4, Mauro Pravettoni5, Ignacio Antón6, Masahiro
Yoshita7, Joshua Stein8, Harald Müllejans9, Daisuke Sato10, Keizo Asaoka11, Yasuyuki Ota1,
Kensuke Nishioka1 (1. Univ. Miyazaki, Japan, 2. UL, USA, 3. Sunset Technology, USA, 4. AGG
37

Energy, China, 5. Solar Energy Research Inst. Singapore, Singapore, 6. Univ. Politécnia de
Madrid, Spain, 7. National Inst. Advanced Industrial Science and Technology, Japan, 8. Sandia
National Lab., USA, 9. European Solar Test Installation, Italy, 10. Nagaoka Univ. Technology,
Japan, 11. Japan Electrical Safety & Environment Technology Lab., Japan)

38

PVSEC33

Area 1: Policy, market, deployment, energy management, and related technologies
Sub-area 1-2: Energy management and related technologies[TuP-12] PV System and Forecast
Tue. Nov 15, 2022 12:00 PM - 3:00 PM P-12/Event Hall (Bldg. 1, 1F)[TuP-12-01]
Intelligent lighting control of greenhouses with a PV system with battery energy
storage: Forecasting of solar power production
Jorge Solis1, Dwinanri Egyna1, Isac Myrén Andersson2, Magnus Nilsson2, Karl-Johan Bergstrand3(1. Karlstad Univ., Sweden, 2. Glava Energy Center, Sweden, 3. Swedish Univ. Agricultural
Sciences, Sweden)[TuP-12-02]
Development of photovoltaic power forecasting (PVPF) by deep learning
convergence and PVPF research trends
Seungtae Lee, Sang-Won Lee, Ji Seong Hwang, Hae-Seok Lee, Yoonmook Kang, Donghwan
Kim (Korea Univ., Korea)[TuP-12-03]
Estimation of solar radiation using satellite images and a data-driven radiativetransfer model
Jun Sasaki, Kenji Utsunomiya, Maki Okada, Shigeyuki Yoshikawa, Koji Yamaguchi (Japan
Weather Association, Japan)[TuP-12-04]
Forecast error estimation of PV power plants based on deep reinforcement learning
Kurumi Itoi1, Jindan Cui1, Takashi Oozeki2, Yuzuru Ueda1 (1. Tokyo Univ. Science, Japan, 2.
National Inst. Advanced Industrial Science and Technology, Japan)[TuP-12-05]
Identifying the most relevant meteorological inputs using Pearson correlation
coefficient on LSS plant Gambang and LSS plant Sepang, Malaysia
Nabilah Mat Kassim1, Abdulwahab A. Q. Hasan1, Sathiswary Santhiran1, Ammar Ahmed
Alkahtani1, Mohammad Aminul Islam2, Tiong Sieh Kiong1, Mohd Yusrizal Mohd Yusof3, Nowshad
Amin1 (1. Univ. Tenaga Nasional, Malaysia, 2. Univ. Malaya, Malaysia, 3. TNB Renewables Sdn.
Bhd., Malaysia)[TuP-12-06]
39

An accurate nowcast model of solar irradiance retrieval from satellite data
Akira Usami (Central Research Inst. Electric Power Industry, Japan)[TuP-12-07]
Prediction of large forecast error of solar irradiance by variation of forecast values
with different combinations of physical schemes
Misaki Kawai1, Takeyoshi Kato1, Fumichika Uno2 (1. Nagoya Univ., Japan, 2. Nihon Univ., Japan)[TuP-12-09]
Day-ahead photovoltaic power forecasting for microgrid system operation
Daigo Usami1, Yutaka Sasaki1, Sho Enomoto1, Yoshifumi Zoka1, Naoto Yorino1,2 (1. Hiroshima
Univ., Japan, 2. National Inst. Technology (KOSEN), Kure College, Japan)[TuP-12-10]
Quantile regression technologies for headroom control of photovoltaic power
generation to create flexibility
Takashi Oozeki, Hideaki Ohtake, Takahiro Takamatsu, Koh Nakajima, Jun Hashimoto, Kenji Otani(National Inst. Advanced Industrial Science and Technology, Japan)[TuP-12-11]
Probabilistic forecast for photovoltaic power generation using ensemble prediction
Daisuke Nohara, Yuuki Kanno (Central Research Inst. Electric Power Industry, Japan)[TuP-12-13]
Estimation method of PV output forecast error according to PV output forecast andtime of UC
Keito Nishida1, Ryuto Shigenobu1, Masakazu Ito1, Norikazu Kanao2, Hitoshi Sugimoto2 (1. Univ.
Fukui, Japan, 2. Hokuriku Electric Power Company, Japan)[TuP-12-14]
Predicting solar radiation using cloud image analysis and deep learning
Naoki Nishitani1, Genta Sugiyama1, Tomonori Honda2, Norihiro Itsubo1 (1. Tokyo City Univ, Japan,
2. National Inst. Advanced Industrial Science and Technology, Japan)[TuP-12-15]
Estimation method for load and photovoltaic generation systems output in a
distribution system using ICA and state estimation

40

Riku Akasaka1, Ryoichi Hara1, Hiroyuki Kita1, Shuhei Sugimura2, Seiya Goto2, Toshiharu
Kurihara2 (1. Hokkaido Univ., Japan, 2. Meidensha Corp., Japan)[TuP-12-16]
Improved method for solar resource assessment using simulations from thenumerical weather prediction model Meso-NH and artificial neural networks
Sara Pereira, Edgar Abreu, Maksim Iakunin, Paulo Canhoto, Rui Salgado (Univ. Évora, Portugal)[TuP-12-17]
Estimation of GPV-GSM radiation forecast error range by cloud variation
Yuyang Tu1, Jindan Cui1, Takashi Oozeki2, Yuzuru Ueda1 (1. Tokyo Univ. Science, Japan, 2.
National Inst. Advanced Industrial Science and Technology, Japan）[TuP-12-18]
A deep learning approach to short-term PV power generation forecasting
Chamnan Limsakul1, Anawach Sangswang1, Itsara Masiri2, Poj Tangamchit1, Ballang Muenpinij1,
Gavin Fungtammasan3, Somjet Pattarapanitchai2, Dhirayut Chenvidhya1, Tanokkorn
Chenvidhya1, Sumate Naetiladdanon1 (1. King Mongkut's Univ. Technology Thonburi, Thailand, 2.
Silpakorn Univ., Thailand, 3. Univ. Sydney, Australia)[TuP-12-19]
A GIS-based applicable location for solar panels installation planning in residential
distribution system
Pawita Bunme1, Atsushi Shiota2, Yasunori Mitani1, Masayuki Watanabe1 (1. Kyushu Inst.
Technology, Japan, 2. City of Kitakyushu, Japan)[TuP-12-20]
Monitoring of snowfall and snow cover at photovoltaic plant in eastern Hokkaido,
Japan
Hideaki Ohtake1,3 Takashi Oozeki1, Masataka Imai2, Masashi Niwano3, Kosuke Ono3 (1. National
Inst. Advanced Industrial Science and Technology, Japan 2. Kyoto Sangyo Univ., Japan, 3.
Meteorological Research Inst., Japan)

41

PVSEC33

Area 1: Policy, market, deployment, energy management, and related technologies
Sub-area 1-2: Energy management and related technologies[WeP-12] Energy Management, Transmission and Distribution
Wed. Nov 16, 2022 12:00 PM - 3:00 PM P-12/Event Hall (Bldg. 1, 1F)[WeP-12-02]
Optimization bidding strategy on day ahead and balancing market of PV generator
considering battery integration
Bo Jie1, Jindan Cui1, Xue Fang1, Takashi Oozeki2, Yuzuru Ueda1 (1. Tokyo Univ. Science, Japan,
2. National Inst. Advanced Industrial Science and Technology, Japan)[WeP-12-03]
Day-ahead planning of PV power plant with battery for the purpose of creating power
reserve under uncertainty
Kenta Minai1, Jindan Cui1, Yuzuru Ueda1, Takashi Oozeki2 (1. Tokyo Univ. Science, Japan, 2.
National Inst. Advanced Industrial Science and Technology, Japan)[WeP-12-04]
Effect of using “smart outlets” to suppress storage battery capacity of microgrids
Youichi Hirata, Kent Hama (Suwa Univ. Science, Japan)[WeP-12-06]
Electricity interchange and operation methodology for realization of sustainable
society based on ecological footprint
Kota Imai, Ryuto Shigenobu, Masakazu Ito (Univ. Fukui, Japan)[WeP-12-08]
Basic analysis of dynamics in PV-originated congestion at distribution substation forrealizing local flexibility with distributed energy resources
Ryuji Shitara, Akihisa Kaneko, Yu Fujimoto, Yutaka Iino, Yasuhiro Hayashi (Waseda Univ., Japan)[WeP-12-09]
Prediction method of surplus electricity using a smart meter for the positive demand
response
Takato Kawaura, Ryuto Shigenobu, Masakazu Ito (Univ. Fukui, Japan)[WeP-12-10]42Practical charging schedule of electrified buses for using local photovoltaic surplus
power: Effective utilization of real-time information on surrounding weather and traffic
delaysFumiaki Osaki, Yu Fujimoto, Yutaka Iino, Yuto Ihara, Yasuhiro Hayashi (Waseda Univ., Japan)[WeP-12-11]
Effective utilization of PV power output by shift of EV charging time according to day
cumulative irradiance
Daisuke Saito1, Masatoshi Watanabe1, Masaki Imanaka1, Takeyoshi Kato1, Toshiyuki Nakamura1,
Toshiyuki Yamamoto1, Yuko Hoshino2, Mitsutaka Konishi2 (1. Nagoya Univ., Japan, 2. ENEOS
Corp., Japan)[WeP-12-12]
A study on introducing power storage device in PV systems
Aoi Tanaka, Kazuto Yukita, Kazuki Ikeda, Yuto Iwasaki, Tsuyoshi Nishitani, Toshiya Nanahara,
Takuya Goto (Aichi Inst. Technology, Japan)[WeP-12-13]
Investigating the feasibility of an advanced control system of temperature andhumidity of a self-sufficient energy and water agricultural greenhouse in coastal
regions
Motaz Mabrouk Salama, František Mikšík, Kyaw Thu, Takahiko Miyazaki (Kyushu Univ., Japan)[WeP-12-14]
Study on spatio-temporal urban energy balance for improving local self-sufficiency:
Prediction of spatial distributions of net-/pure-demand and PV generation utilizing
smart metering data
Shogo Akira, Ayumu Miyasawa, Yu Fujimoto, Yasuhiro Hayashi (Waseda Univ., Japan)[WeP-12-15]
Smart charge controller with deep reinforcement learning MPPT control algorithm
Yew Weng Ho1, Chau Chien Fat1, Ahmad Wafi Mahmood Zuhdi1, Wan Syakirah Wan Abudllah2,
Nowshad Amin1 (1. Univ. Tenaga Nasional, Malaysia, 2. TNB Renewables Sdn. Bhd., Malaysia)[WeP-12-16]
Basic study of an optimized closed-loop volt-var control strategy of PV smart
inverters for voltage regulation
Shanghong Xie, Akihisa Kaneko, Yu Fujimoto, Yasuhiro Hayashi (Waseda Univ., Japan)
43

[WeP-12-17]
On the performance of unit commitment scheduling integrated with PV power
forecasts: A case-study on the Kyushu region, Japan
Joao Gari da Silva Fonseca Junior1, Yuki Nishitsuji2, Chiyori T. Urabe1, Kazuto Kataoka1, Yusuke
Udagawa1,2, Kazuhiko Ogimoto1 (1. Univ. Tokyo, Japan, 2. Kozo Keikaku Engineering Inc.,
Japan)[WeP-12-18]
A voltage control method for distribution systems based on P&Q nodal prices using
PV-PCSs
Ryuta Kubo1, Naoto Yorino2, Hiroyuki Taenaka1, Yutaka Sasaki1, Yoshifumi Zoka1, Satoshi Taoka1(1. Hiroshima Univ, Japan, 2. National Inst. Technology (KOSEN), Kure College, Japan)[WeP-12-19]
Cooperative provision of operating reserves from photovoltaic power, wind power,
and thermal power
Chiyori T. Urabe, Joao Gari da Silva Fonseca Junior, Tomoya Takeuchi, Masaki Imanaka,
Kazuhiko Ogimoto (Univ. Tokyo, Japan)[WeP-12-20]
Effect of PV-based grid-forming inverter on the power system stability
Shoya Ogawa1, Naoto Yorino1,2, Junpei Koishi1, Yutaka Sasaki1, Yoshifumi Zoka1, Shinya
Sekizaki1 (1. Hiroshima Univ., Japan, 2. National Inst. Technology (KOSEN), Kure College,
Japan)[WeP-12-21]
Evaluation of frequency response in bulk power system with grid-forming inverters
under generator trip
Akihisa Kaneko1, Ryosuke Shikuma1, Hiroshi Suwa1, Hideo Ishii1, Yasuhiro Hayashi1, Tatsuhito
Nakajima2 (1. Waseda Univ., Japan, 2. Tokyo City Univ., Japan)

44

PVSEC33

Area 1: Policy, market, deployment, energy management, and related technologies
Sub-area 1-2: Energy management and related technologies[WeO-12a] PV System and Forecast
Session Chairs: Hideaki Ohtake (National Inst. Advanced Industrial Science and Technology,
Japan), Yuzuru Ueda (Tokyo Univ. Science, Japan)
Wed. Nov 16, 2022 3:30 PM - 5:30 PM 431 (Bldg. 4, 3F)[WeO-12a-01] 3:30 PM – 4:00 PM(INVITED) State of the art solar resource assessments and forecasts /Activities of
IEA PVPS Task 16
Jan Remund (Meteotest AG, Switzerland)[WeO-12a-02] 4:00 PM – 4:15 PM
Hybrid modeling approach using cloud dynamics and deep learning for solar
nowcasting
Jun Sasaki, Kenji Utsunomiya, Maki Okada, Shigeyuki Yoshikawa, Koji Yamaguchi (Japan
Weather Association, Japan)[WeO-12a-03] 4:15 PM – 4:30 PM
The prediction of the direction of PV output forecast errors using two numerical
weather forecasts with different initial times
Miyu Nakamura1, Masaki Imanaka1, Takeyoshi Kato1, Kosuke Harada2, Mitsutaka Konishi2 (1.
Nagoya Univ., Japan, 2. ENEOS Corp., Japan)[WeO-12a-04] 4:30 PM – 4:45 PM
Climatic effect on photovoltaic yield prediction with machine learning models
Alba Alcaniz1, Anders Lindfors2, Miro Zeman1, Hesan Ziar1, Olindo Isabella1 (1. Delft Univ.
Technology, The Netherlands, 2. Finnish Meteorological Inst., Finland)[WeO-12a-05] 4:45 PM – 5:00 PM
Absorption of PV power prediction error with headroom control by integrating
statistical analysis and machine learning
Jindan Cui1, Bo Jie1, Xue Fang1, Takashi Oozeki2, Yuzuru Ueda1 (1. Tokyo Univ. Science, Japan,
2. National Inst. Advanced Industrial Science and Technology, Japan）[WeO-12a-06] 5:00 PM – 5:15 PM
Worldwide photovoltaic potential in climate change scenarios: Future projections andassociated costs
45

Alejandra Isaza, Merlinde Kay, Jason P. Evans, Stephen Bremner, Abhnil Prasad (Univ. New
South Wales, Australia)[WeO-12a-07] 5:15 PM – 5:30 PM
Operation scheduling method in an off-grid considering controls for short-term
fluctuation
Takuto Ohsawa1, Ryoichi Hara1, Hiroyuki Kita1, Tomokazu Sato2, Satoru Akagi3 (1. Hokkaido
Univ., Japan, 2. TEPCO Holdings, Japan, 3. TEPCO PowerGrid, Japan)

46

PVSEC33

Area 1: Policy, market, deployment, energy management, and related technologies
Sub-area 1-2: Energy management and related technologies[ThO-12b] Energy Management
Session Chairs: Satoshi Takayama (Osaka Metropolitan Univ., Japan), Takeyoshi Kato (Nagoya
Univ., Japan)
Thu. Nov 17, 2022 8:30 AM - 10:00 AM 431 (Bldg. 4, 3F)[ThO-12b-01] 8:30 AM – 9:00 AM(INVITED) The role of grid-forming inverters in future power systems
Benjamin Kroposki (National Renewable Energy Lab., USA)

[ThO-12b-02] 9:00 AM – 9:15 AM
Photovoltaic potential of the Dutch inland shipping fleet: An experimentally validated
method to simulate the energy yield of vehicle integrated photovoltaics
Dora de Jong, Vasiliki Sionti, Hesan Ziar (Delft Univ. Technology, The Netherlands)[ThO-12b-03] 9:15 AM – 9:30 AM
A low-carbon operational plan for commercial electric vehicles utilizing local PV
surplus power generation in charging
Ryoji Miyabe, Yu Fujimoto, Yasuhiro Hayashi (Waseda Univ., Japan)[ThO-12b-04] 9:30 AM – 9:45 AM
Optimal configuration of residential distributed energy system including electricvehicle considering electricity interchange between two residences
Takuya Higashitani, Takashi Ikegami, Atsushi Akisawa (Tokyo Univ. Agriculture and Technology,
Japan)[ThO-12b-05] 9:45 AM – 10:00 AM
Development of an energy management system for a plant factory with artificial
lighting
Shigeru Bando1, Kazuhiro Shoji1, Tomohiro Jishi1, Takashi Ishii1, Norihiko Ito1, Tomoyuki
Yamada1, Naoto Higa2, Shogo Kinjyou3, Fumiyuki Goto4 (1. Central Research Inst. Electric Power
Industry, Japan, 2. Nextems, Japan, 3. Okinawa Electric Power Company, Japan, 4. Saga Univ.,
Japan)

47

PVSEC33

Area 1: Policy, market, deployment, energy management, and related technologies
Sub-area 1-2: Energy management and related technologies[ThO-12c] Transmission and Distribution
Session Chairs: Hiroyuki Hatta (Central Research Inst. Electric Power Industry, Japan), Yusuke
Miyamoto (Kandenko Co., Ltd., Japan)
Thu. Nov 17, 2022 10:30 AM - 12:00 PM 431 (Bldg. 4, 3F)[ThO-12c-01] 10:30 AM – 12:00 PM(INVITED) Achieving grid stability with high penetration of PVs- R&D of grid forming
inverterJun Hashimoto (National Inst. Advanced Industrial Science and Technology, Japan)[ThO-12c-02] 11:00 AM – 11:15 AM
Using aggregated PV systems for transient voltage recovery in utility planning
Olga Lavrova1, Ransome Egunjobi2, Manasseh Obi3 (1. New Mexico State Univ., USA, 2. Lower
Colorado River Authority, USA, 3. Portland General Electric, USA)

[ThO-12c-03] 11:15 AM – 11:30 AM
Optimal allocation of curtailment ratio of PV power output in different locations in
consideration of reduction in aggregated PV power output fluctuation
Noha Harag, Takeyoshi Kato (Nagoya Univ., Japan)[ThO-12c-04] 11:30 AM – 11:45 AM
Voltage control performance of OLTC and SVR in Hokuriku area distribution networkwith PV and EV penetration in Japan
Tatsuki Okuno1, Akihisa Kaneko1, Yasuhiro Hayashi1, Masaaki Ishimaru2, Minoru Doi2 (1. Waseda
Univ., Japan, 2. Hokuriku Electric Power Transmission & Distribution Company, Japan）[ThO-12c-05] 11:45 AM – 12:00 PM
Resilience considered PV increasing effect by the vertical bifacial PV system
Yuhi Ito, Ryuto Shigenobu, Masakazu Ito (Univ. Fukui, Japan)

48

PVSEC33

Area 2: Advanced applications and core technologies for massive installation
Sub-area 2-1: Solar to X

[TuP-21] Solar to X
Tue. Nov 15, 2022 12:00 PM - 3:00 PM P-21/Event Hall (Bldg. 1, 1F)[TuP-21-03]
Optimization of a stand-alone PV-electrolysis plant
Victor Arturo Martinez Lopez, Hesan Ziar, Miro Zeman, Olindo Isabella (Delft. Univ. of Technology,
The Netherlands)[TuP-21-04]
Simulation of solar to hydrogen system for dynamic analysis
Toshitaka Iwase, Ryo Mitsui, Yihuang Wang, Yuichiroh Nakashima (Toyota TechnicalDevelopment Corp., Japan)[TuP-21-05]
CO2 electrolysis via surface-engineering electrografted pyridines on silver catalysts
Maryam Abdinejad Abdinejad1, Thomas Burdyny1, Ali Seifitokaldani2 (1. Delft Univ. Technology,
The Netherlands, 2. McGill Univ., Canada)[TuP-21-06]
Effect of Ag nanoparticle coating on metal electrodes for CO2 reduction by solar
chemical conversion
Kazuki Koike1,2, Takeharu Murakami2, Kei Morishita2, Miyuki Nara2, Satoshi Wada2, Atsushi
Ogura1, Katsushi Fujii2 (1. Meiji Univ., Japan, 2. RIKEN, Japan)[TuP-21-07]
The development of visible-light-absorbing semitransparent Ta3N5-based
photoanodes for solar water splitting cells with a tandem configuration
Tomohiro Higashi1, Hiroshi Nishiyama2, Yuriy Pihosh2, Kazunari Domen2,3 (1. Univ. Miyazaki,
Japan, 2. Univ. Tokyo, Japan, 3. Shinshu Univ., Japan)[TuP-21-08]
Impedance measurement of anion exchange membrane in solar-powered CO2
reduction device
Takeharu Murakami1, Kei Morishita1, Kazuki Koike1,2, Katsushi Fujii1, Satoshi Wada1 (1. RIKEN,
Japan, 2. Meiji Univ., Japan)

49

[TuP-21-09]
Fabrication of photovoltaic-photoelectrochemical-interconnected water splitting
Cu(In,Ga)Se2 device
Kana Ueda, Mutsumi Sugiyama (Tokyo Univ. Science, Japan)[TuP-21-10]
Nanoporous Au deposited p-type GaN photoelectrode for efficient CO2 conversion
reaction
Hyojung Bae1, Vishal Burungale1, Chaewon Seong1, Hyunggu Kim1, Jiwon Heo1, Dae-Woo
Jeon2, Katsushi Fujii3, Jun-Seok Ha1 (1. Chonnam National Univ., Korea, 2. Korea Inst. CeramicEngineering and Technology, Korea, 3. RIKEN, Japan)[TuP-21-11]
Co-Fe-B Nanochains for enhanced oxygen evolution reaction at high current
densities
Jin Hyeok Kim, Komal Patil (Chonnam National Univ., Korea)

50

PVSEC33

Area 2: Advanced applications and core technologies for massive installation
Sub-area 2-1: Solar to X

[TuO-21a] Solar to X (1)Session Chairs: Qian Wang (Nagoya Univ., Japan), Joel W. Ager (Lawrence Berkeley National
Lab., USA)
Tue. Nov 15, 2022 3:30 PM - 5:00 PM 432 (Bldg. 4, 3F)[TuO-21a-01] 3:30 PM – 4:00 PM(INVITED) Characterizing CO2 reduction catalysts on gas diffusion electrodes:
Comparing activity, selectivity and stability of transition metal catalysts
Mark Sassenburg1, Reinier de Rooij1, Nathan T. Nesbitt1, Recep Kas1,2, Sanjana
Chandrashekar1, Nienke J. Firet1, Kailun Yang1, Kai Liu1, Marijn A. Blommaert1, Martin Kolen1,
Davide Ripepi1, Wilson A. Smith1,2, Thomas Burdyny1 (1. Delft Univ. Technology, The
Netherlands, 2. Univ. Colorado Boulder, USA)

[TuO-21a-02] 4:00 PM – 4:30 PM(INVITED) Formate production from CO2 and water using a 1 m2-sized artificial
photosynthetic cell with a solar-to-chemical conversion efficiency of 10.5%
Naohiko Kato, Yasuhiko Takeda, Yasuaki Kawai, Natsumi Nojiri, Masahito Shiozawa, Shintaro
Mizuno, Ken-ichi Yamanaka, Takeshi Morikawa, Tsuyoshi Hamaguchi (Toyota Central R&D Labs.,
Inc.)[TuO-21a-03] 4:30 PM – 4:45 PM
Prediction of potential solar-to-methane conversion efficiency in Japan
Moritaka Oshiro, Soe Htet Wai, Yasuyuki Ota, Kensuke Nishioka (Univ. Miyazaki, Japan)[TuO-21a-04] 4:45 PM – 5:00 PM
Non-sacrificial photocatalytic H2O2 generation by particulate BiVO4
Zhenhua Pan1, Tian Liu2, Xiaoshan Zheng2, Junie Jhon M Vequizo3, Kosaku Kato4, Akira
Yamakata4, Rito Yanagi5, Shu Hu5, Kenji Katayama1, Chiheng Chu2 (1. Chuo Univ., Japan, 2.
Zhejiang Univ., China, 3. Shinshu Univ., Japan, 4. Toyota Technological Inst., Japan, 5. Yale
Univ., USA)

51

PVSEC33

Area 2: Advanced applications and core technologies for massive installation
Sub-area 2-1: Solar to X

[TuO-21b] Solar to X (2)Session Chairs: Shigeru Ikeda (Konan Univ., Japan), Thomas Burdyny (Delft Univ. Technology,
The Netherlands)
Tue. Nov 15, 2022 5:30 PM - 7:00 PM 432 (Bldg. 4, 3F)[TuO-21b-01] 5:30 PM – 6:00 PM(INVITED) Design and characterization of integrated systems for solar fuelproduction
Francesca Maria Toma (Lawrence Berkeley National Lab., USA)

[TuO-21b-02] 6:00 PM – 6:15 PM
Scalable photocatalyst sheets for efficient solar-to-fuel conversion
Qian Wang (Nagoya Univ., Japan)[TuO-21b-03] 6:15 PM – 6:30 PM
Space-resolved mapping of catalytic activity in electrolysers by infrared imaging
Hugo-Pieter Iglesias van Montfort, Thomas Edward Burdyny (Delft Univ. Technology, The
Netherlands)[TuO-21b-04] 6:30 PM – 6:45 PM
Proposing a new PV-power management system: putting PV as the main powersource and producing low-cost CO2-free hydrogen
Hirofumi Egusa1,2, Takayuki Ichikawa1 (1. Hiroshima Univ, Japan, 2. Chugoku Regional
Innovation Research Center, Japan)[TuO-21b-05] 6:45 PM – 7:00 PM
Enhancements of photoelectrochemical water reduction properties of CuGaSe2 thinfilm-based photocathodes induced by intentional loading of a Cu-deficient layer at the
p-n heterointerface
Riku Okamoto1, Shogo Ishizuka2, Shigeru Ikeda1 (1. Konan Univ., Japan, 2. National Inst.
Advanced Industrial Science and Technology, Japan)

52

PVSEC33

Area 2: Advanced applications and core technologies for massive installation
Sub-area 2-1: Solar to X

[WeP-21] Solar to X
Wed. Nov 16, 2022 12:00 PM - 3:00 PM P-21/Event Hall (Bldg. 1, 1F)[WeP-21-02]
Kesterite-based photocathode for photoelectrochemical CO2 reduction and NH3
production
Kaiwen Sun, Shujie Zhou, Rose Amal, Xiaojing Hao (Univ. New South Wales, Australia)[WeP-21-03]
Photoelectrochemical properties of a highly-mismatched ZnTeO alloys grown by
molecular beam epitaxy
Takaki Sonoyama1, Katsuhiko Saito1, Qixin Guo1, Shigeru Ikeda2, Tooru Tanaka1 (1. Saga Univ.,
Japan, 2. Konan Univ., Japan)[WeP-21-04]
Identification of the contributing factors to the photoelectric conversion efficiency forhematite photoanodes by using machine learning
Takumi Idei, Yuya Nagai, Zhenhua Pan, Kenji Katayama (Chuo Univ., Japan)[WeP-21-05]
MBE growth and photochemical properties evaluation of n-ZnS/ZnTe thin films
Ryusuke Tsutsumi1, Katsuhiko Saito1, Qixin Guo1, Shigeru Ikeda2, Tooru Tanaka1 (1. Saga Univ.,
Japan, 2. Konan Univ., Japan)[WeP-21-06]
Effect of polymer additives on photocatalytic and photoelectrochemical properties of
BIVO4 prepared from aqueous metal-chelate solution
Sayuri Okunaka1, Hiroyuki Kameshige2, Mariko Hosogai2, Kazuhiro Sayama1, Hiromasa
Tokudome2 (1. National Inst. Advanced Industrial Science and Technology, Japan, 2. TOTO Ltd.,
Japan)[WeP-21-07]
Effect of sulfurization for BiVO4 thin film grown by RF sputtering deposition
Shukur Gofurov, Namiki Uezono, Jiaqi Liu, Lingga Ghufira Oktariza, Sachin Pawar, Muhammad
Monirul Islam, Takeaki Sakurai (Univ. Tsukuba, Japan)

53

[WeP-21-08]
Machine learning for optimizing cobalt phosphate deposition parameters on thin film
α-Fe2O3
Siyan Chen, Yuya Nagai, Zhenhua Pan, Kenji Katayama (Chuo Univ., Japan)[WeP-21-09]
Fabrication of monoclinic-scheelite and tetragonal-zircon BiVO4 photoelectrode bysingle target RF sputtering method
Namiki Uezono1, Jiaqi Liu1, Shukur Gofurov1, Lingga Ghufira Oktariza1, Sachin A. Pawar1,
Muhammad Monirul Islam1, Shigeru Ikeda2, Takeaki Sakurai1 (1. Univ. Tsukuba, Japan, 2. Konan
Univ., Japan)[WeP-21-10]
Facile one step hydrothermal synthesis of Cr-doped ZnO photoanode with DFT
simulation and their excellent photoelectrochemical water splitting
Mohaseen S. Tamboli, Asiya M. Tamboli, Chinho Park (Korea Inst. Energy Technology, Korea)[WeP-21-11]
Solar light-driven H2 production by photocatalytic water splitting of Pt decorated αBi2O3 nanoparticles with preferred (200) crystal facet
Min-Chen Chung, Zhe-Hao Lin, Yuchun Wu (National Cheng Kung Univ, Taiwan)[WeP-21-12]
FeOOH-induced electronic optimization of metal-organic framework-derived CoNiZLDH for efficient oxygen evolution
Zheng Fang, Jin Hyeok Kim (Chonnam National Univ., Korea)[WeP-21-13]
Colloidal Ni2P nanocrystals encapsulated in heteroatom-doped graphenenanosheets: A synergy of 0D@2D heterostructure towards overall water splitting
Umesh P. Suryawanshi, Jin Hyeok Kim (Chonnam National Univ., Korea)

54

PVSEC33

Area 2: Advanced applications and core technologies for massive installation
Sub-area 2-2: Advanced applications of photovoltaics[TuP-22] Advanced Applications of Photovoltaics
Tue. Nov 15, 2022 12:00 PM - 3:00 PM P-22/Event Hall (Bldg. 1, 1F)[TuP-22-01]
Impact of shunt resistance on the performance of curved CIGS photovoltaic
submodules
Takeshi Tayagaki, Ayumi Sasaki, Shogo Ishizuka, Masahiro Yoshita (National Inst. Advanced
Industrial Science and Technology, Japan)[TuP-22-02]
Optimization of an agri-photovoltaic system in different climate regions
Teruya Toyoda, Daisuke Yajima, Kenji Araki, Kensuke Nishioka (Univ. Miyazaki, Japan)[TuP-22-03]
Agrivoltaic system: Proposal of business best practices by estimating power
generation and agricultural growth using one single solar irradiation
Daisuke Yajima, Teruya Toyoda, Masaaki Kirimura, Kenji Araki, Kensuke Nishioka (Univ.
Miyazaki, Japan)[TuP-22-04]
VIPV -Technical requirements- Survey results
Anna J. Carr, Bonna K. Newman (TNO, The Netherlands)[TuP-22-05]
Carbon neutralization of buses using vehicle-integrated photovoltaics
Koki Nakamura, Kenji Araki, Yasuyuki Ota, Kensuke Nishioka (Univ. Miyazaki, Japan)[TuP-22-06]
Measurement of vehicle integrated photovoltaic output while driving and reproduction
by simulation
Kento Hirata, Kenji Araki, Yasuyuki Ota, Kensuke Nishioka (Univ. Miyazaki, Japan)[TuP-22-07]
Measurement of solar spectrum for vehicle integrated PV using 4-sensor photodiodespectrometer
Yuki Kawakami, Kenji Araki, Yasuyuki Ota, Kensuke Nishioka (Univ. Miyazaki, Japan)
55

[TuP-22-09]
Study of AlGaN as the electron transport layer for wide-gap solar cells
Atsushi Hombe, Shinya Saiki, Tetsuya Mori, Yuji Saito, Tsutomu Tanimoto (Nissan Motor Co.,
Ltd., Japan)[TuP-22-10]In-situ radiation resistance evaluation of perovskite solar cells using 8 MeV proton
irradiation
Yu Miyazawa1, Momoko Kohsaka2, Ryoya Ishigami3, Naoyuki Shibayama4, Masashi Ikegami4,
Tsutomu Miyasaka4, Shusaku Kanaya1, Hiroyuki Toyota1, Kazuyuki Hirose1,5 (1. Japan Aerospace
Exploration Agency, Japan, 2. AES Corp., Japan, 3. Wakasa Wan Energy Research Center,
Japan, 4. Toin Univ. Yokohama, Japan, 5. Waseda Univ., Japan)[TuP-22-11]
Evaluation of hypervelocity impact of micrometeoroids and orbital debris on nextgeneration space solar cells
Hiroyuki Toyota1, Tetsuya Nakamura1, Shusaku Kanaya1, Taishi Sumita1, Takayuki Hirai2,
Masanori Kobayashi2 (1. Japan Aerospace Exploration Agency, Japan, 2. Chiba Inst. Technology,
Japan)[TuP-22-12]State-of-the-art of concentrating photovoltaic thermal technology
Robert Höller, Alois Resch (Univ. Applied Sciences Upper Austria, Austria)[TuP-22-13]
Ray tracing of spherical applications of luminescent solar concentrator PV modules
Xitong Zhu1, Michael G. Debije1, Angèle H. M. E. Reinders1,2 (1. Eindhoven Univ. Technology, The
Netherlands, 2. Univ. Twente, The Netherlands)[TuP-22-14]
Device simulation of CsPbBr3 optical power converter using nanocrystalline GaN
electron transport layer
Yuejie Tan, Hirofumi Shimizu, Shinsuke Miyajima (Tokyo Inst. Technology, Japan)[TuP-22-15]
Photovoltaic characteristics of GaP based device using a blue laser for opticalwireless power transmission
56

Masakazu Arai, Akira Kushiyama, Koji Maeda (Univ. Miyazaki, Japan)[TuP-22-16]
Nanocrystalline GaN electron transport layer for CsPbBr3 optical power converter
Rintaro Fukamizu, Naoki Aso, Shinsuke Miyajima (Tokyo Inst. Technology, Japan)[TuP-22-17]
Electrode design optimization of InGaAsP photovoltaic device for optical wirelesspower transmission
Akira Kushiyama, Yuga Motomura, Kensuke Nishioka, Masakazu Arai (Univ. Miyazaki, Japan)[TuP-22-18]
Increased output power of fly-eye lens based light receiver module with 450 nmmonochromatic beam and GaAs PV for underwater optical wireless powertransmission
Yuha Tai, Tomoyuki Miyamoto (Tokyo Inst. Technology, Japan)[TuP-22-19]
Effects of uniform and non-uniform laser irradiation on conversion efficiency using
GaInP solar cells with cross-shaped electrodes
Shunsuke Shibui, Masahiro Koga, Yiu Leung Wong, Taiki Maeda, Kazuki Kurooka, Yuki Komuro,
Shiro Uchida (Chiba Inst Technology, Japan)[TuP-22-20]
Incident laser angle dependence on the conversion efficiency of 3-junction solar cells
for optical wireless power transmission
Masahiro Koga, Shunsuke Shibui, Shunsuke Omori, Ryusei Takahashi, Nozomi Matsuoka, Shiro
Uchida (Chiba Inst. Technology, Japan)[TuP-22-21]
Optical wireless power transfer toward applications in implanted and wearable
devices
Hoa Dinh Nguyen (Kyushu Univ., Japan)[TuP-22-22]
Characterization of different c-Si solar cell architectures for use in visible light
communication57

Mirco Muttillo, Patrizio Manganiello, Olindo Isabella (Delft Univ. Technology, The
Netherlands)[TuP-22-23]
Photovoltaics in war zones: Yemen agrovoltaics case study
Abdulrahman Baboraik1, Ali Hikmet2, Mohammed Almutawakel2, Yousef Abutaleb3,
Marwan Dhamrin4 (1. Kazan State Power Engineering Univ., Russia, 2. Sanaa Univ., Yemen, 3.
Yemen Solar Co., Yemen, 4. Osaka Univ., Japan)

58

PVSEC33

Area 2: Advanced applications and core technologies for massive installation
Sub-area 2-2: Advanced applications of photovoltaics[WeO-22a] Advanced Applications of Photovoltaics
Session Chairs: Tatsuya Takamoto (Sharp Corp., Japan), Noren Pan (MicroLink Devices, USA)
Wed. Nov 16, 2022 10:30 AM - 12:00 PM 432 (Bldg. 4, 3F)[WeO-22a-01] 10:30 AM – 11:00 AM(INVITED) High-efficiency commercial multi-junction photovoltaic laser power
converters for various power and spectral range applications
Simon Fafard, Denis P. Masson (Broadcom, Canada)[WeO-22a-02] 11:00 AM – 11:30 AM(INVITED) Next generation of low-cost solar arrays for space applications
Martin Kroon (Airbus, the Netherlands)[WeO-22a-03] 11:30 AM – 11:45 AM
Inverted metamorphic photovoltaics for space applications utilizing a novel distributed
Bragg reflector compatible with epitaxial lift-off
Robert F. McCarthy, Andree Wibowo, David Rowell, Martin Drees, Mark Osowski, Chris Youtsey,
Chris Stender, Noren Pan (MicroLink Devices, Inc., USA)

[WeO-22a-04] 11:45 AM – 12:00 PM
Investigating the performance of non-standard cell configurations for reconfigurable
solar modules under varying shading conditions
Marcel Lima, Brendan Wright, Ziv Hameiri (Univ. New South Wales, Australia)

59

PVSEC33

Area 2: Advanced applications and core technologies for massive installation
Sub-area 2-2: Advanced applications of photovoltaics[WeP-22] BIPV Applications
Wed. Nov 16, 2022 12:00 PM - 3:00 PM P-22/Event Hall (Bldg. 1, 1F)[WeP-22-01]
Performance of curved PV module - comparison in three approaches; measurement,
differential geometry, and ray-tracing
Sho Kuranaga, Kenji Araki, Yasuyuki Ota, Kensuke Nishioka (Univ. Miyazaki, Japan)[WeP-22-02]
Eco-friendly colorful Cu(In,Ga)Se2 thin-film solar cells for photovoltaics in buildings
Yong-Duck Chung1,2, Dae-Hyung Cho1,2, Woo-Jung Lee1,2, Sung-Hoon Hong1,2, Woo-Ju Kim1, TaeHa Hwang1 (1. Electronics and Telecommunications Research Inst., Korea, 2. Korea Univ. Scienceand Technology Korea)[WeP-22-03]
Tunable structural coloring of solar cell modules for building-integrated photovoltaic
application
Zhihao Xu, Takuya Matsui, Hitoshi Sai (National Inst. Advanced Industrial Science and Technology,
Japan)[WeP-22-04]
Spectrometric characterization of polychromatic BIPV modules
Min Hsian Saw, Erik Birgersson, Mauro Pravettoni (National Univ. Singapore, Singapore)[WeP-22-05]
Wavelength-selective artificial synapses using metastabilities in thin film chalcogenide
solar cells
Kunal J. Tiwari, Pieter Paulissen, Alex Jimenez, Axel Gon Medaille, Sergio Giraldo1, Marcel Placidi,
Edgardo Saucedo, Zacharie Jehl Li-Kao (Polytechnic Univ. Catalonia, Spain)[WeP-22-06]
Performance analysis of solar cells for see-through windows
Kodai Takachiho1, Kenji Araki1, Yasuyuki Ota1, Akira Nagaoka1, Kengo Maeda2, Akihiko Nakajima2,
Kensuke Nishioka1 (1. Univ. Miyazaki, Japan, 2. Kaneka Corp., Japan)[WeP-22-07]
Integration of solar photovoltaics and urban farming for sustainable built environments
Li Na Chua, Yang He, Stephen En Rong Tay, Chun Liang Tan (National Univ. Singapore, Singapore)[WeP-22-08]
60

A GIS-based large-scale visibility assessment tool for urban PV planning on building
roofs
Yilong Zhou, Dennis Wilmink, Miro Zeman, Hesan Ziar, Olindo Isabella (Delft Univ. Technology, theNetherlands)[WeP-22-09]
Towards performance characterization of curved photovoltaic modules with solar
simulators
Masahiro Yoshita, Kengo Yamagoe (National Inst. Advanced Industrial Science and Technology,
Japan)

61

PVSEC33

Area 2: Advanced applications and core technologies for massive installation
Sub-area 2-2: Advanced applications of photovoltaics[ThO-22b] BIPV Special Session
Session Chairs: Kenji Araki (Univ. Miyazaki, Japan), Ryousuke Ishikawa (Tokyo City Univ.,
Japan)
Thu. Nov 17, 2022 8:30 AM - 10:00 AM 432 (Bldg. 4, 3F)[ThO-22b-01] 8:30 AM – 9:00 AM(INVITED) Evolution of sensitization-based photovoltaic cells for diverse applications
Kicheon Yoo, Hyeong Cheol Kang, Jun Yeong Ryu, Jun Hwan Jang, Jae-Joon Lee (Dongguk Univ.,
Korea)[ThO-22b-02] 9:00 AM – 9:15 AM
Outdoor verification on power generation and heat shielding created by T-Green® multisolar see-through type
Kazuhiko Umeda1, Akira Yamaguchi1, Nobusato Kobayashi1, Naoki Kadota2, Kengo Maeda2,
Akihiro Kuraoka2, Tsukasa Makino2, Akihiko Nakajima2 (1. Taisei Corp., Japan, 2. Kaneka Corp.,
Japan)[ThO-22b-03] 9:15 AM – 9:30 AM
Efficient harvesting of low angle incident light in BIPV module
Jin-Woo Cho1, Sun-Kyung Kim1, Jae Hyun Kim2 (1. Kyung Hee Univ., Korea, 2. Daegu Gyeongbuk
Inst. Science and Technology, Korea)[ThO-22b-04] 9:30 AM – 9:45 AM
Highly efficient color-control technique for building-integrated photovoltaics
Hiroyuki Wada1, Genki Hanashi1, Hitoshi Sai2, Michio Kondo1,2 (1. Tokyo Inst. Technology, Japan,
2. National Inst. Advanced Industrial Science and Technology, Japan)[ThO-22b-05] 9:45 AM – 10:00 AM
BIPV for high-rise residential building in Singapore: Demonstration and lesson learned
Tian Shen Liang1, Kong Fai Tai2, Leow Shin Woei1 (1. National Univ. Singapore, Singapore, 2.
Huawei Industrial Base, China)

62

PVSEC33

Area 2: Advanced applications and core technologies for massive installation
Sub-area 2-2: Advanced applications of photovoltaics[ThO-22c] Vehicle Integrated Photovoltaics
Session Chairs: Nicholas J. Ekins-Daukes (Univ. New South Wales, Australia), Kenji Araki (Univ.
Miyazaki, Japan)
Thu. Nov 17, 2022 10:30 AM - 12:00 PM 432 (Bldg. 4, 3F)[ThO-22c-01] 10:30 AM – 11:00 AM(INVITED) Demonstration test of EV equipped with a solar power generation systemthat utilizes solar energy for driving
Tsutomu Tanimoto1, Yosuke Tomita1, Masanori Saito1, Yoshiyuki Nagai1, Takumi Arai1, Kimihiro
Nishijima2 (1. Nissan Motor Co., Ltd., Japan, 2. Sojo Univ., Japan)[ThO-22c-02] 11:00 AM – 11:15 AM
Optimization of the string configuration of vehicle-integrated photovoltaic module
based on the distribution of the partial shading during driving
Yasuyuki Ota, Kenji Araki, Kensuke Nishioka (Univ. Miyazaki, Japan)[ThO-22c-03] 11:15 AM – 11:30 AM
Assessment of PV module reliability against automobile-specific environment for
design and standardization of vehicle-integrated PV
Daisuke Sato1, Hayato Kobayashi1, Kenji Araki2, Makoto Tanaka3, Noboru Yamada1 (1. Nagaoka
Univ. Technology, Japan, 2. Univ. Miyazaki, Japan, 3.Photovoltaic Power Generation Technology
Research Association, Japan)[ThO-22c-04] 11:30 AM – 11:45 AM
Assessment of required MPPT speed based on measured transient irradiance anddynamic electrical modelling for VIPV applications
Gustav Wetzel1, Leon Salomon1, Jan Krügener1, Robby Peibst2 (1. Leibniz Univ., Germany, 2. Inst.
Solar Energy Research Hamelin, Germany)[ThO-22c-05] 11:45 AM – 12:00 PM
Super-efficient colored PV for vehicles
Jessica Yajie Jiang, Yuanxun Liao, Mark Keevers, Ned Ekins-Daukes, Martin Green (Univ. New
South Wale, Australia)

63

PVSEC33

Area 2: Advanced applications and core technologies for massive installation
Sub-area 2-3: Field performance of photovoltaic systems and related issues[MoO-23a] Field Performance and Prediction Model
Session Chairs: Yasuo Chiba (National Inst. Advanced Industrial Science and Technology,
Japan), Yoshihito Eguchi (VENA Energy, Nippon Renewable Energy, Japan)
Mon. Nov 14, 2022 8:30 AM - 10:00 AM 432 (Bldg. 4, 3F)[MoO-23a-01] 8:30 AM – 9:00 AM(INVITED) Single-axis trackers: More energy with intelligent tracker control
Kyumin Lee (Array Technologies, Inc., USA)

[MoO-23a-02] 9:00 AM – 9:15 AM
Analysis of degradation rates in PV modules and prospective future changes due toclimate change
Shukla Poddar, Fiacre Rougieux, Merlinde Kay, Stephen Bremner, Abhnil Prasad, Jason Evans(Univ. New South Wales, Australia)[MoO-23a-03] 9:15 AM – 9:30 AM
Annual degradation rates of five PV technologies based on over 11 year
measurements
Tetsuyuki Ishii1, Yasuo Chiba2, Ritsuko Sato2, Sungwoo Choi2, Minoru Akitomi2, Atsushi Masuda3(1. Central Research Inst. Electric Power Industry, Japan, 2. National Inst. Advanced Industrial
Science and Technology, Japan, 3. Niigata Univ., Japan)[MoO-23a-04] 9:30 AM – 9:45 AM
Postprocessing of solar irradiance predicted with a numerical weather model
Naoki Moriai1, Perawut Chinnavornrungsee2, Songkiate Kittisontirak2, Nuwong Chollacoop2,
Sasiwimon Songtrai3, Kobsak Sriprapha3, Jun Yoshino1, Tomonao Kobayashi1 (1.Gifu Univ., Japan,
2. National Energy Technology Center, Thailand, 3. National Electronics and Computer Technology
Center, Thailand)[MoO-23a-05] 9:45 AM – 10:00 AM
Modeling and rating the impact of partial shading loss affected by distributions ofshading objects and orientation of PV modules (including moving PV in transportation),
also design improvement of modules against partial and dynamic shading losses
Kenji Araki1, Yasuyuki Ota, Kensuke Nishioka (Univ. Miyazaki, Japan)

64

PVSEC33

Area 2: Advanced applications and core technologies for massive installation
Sub-area 2-3: Field performance of photovoltaic systems and related issues[MoO-23b] Field Performance for Bifacial PV Modules
Session Chairs: Tomonao Kobayashi (Gifu Univ., Japan), Tetsuyuki Ishii (Central Research Inst.
Electric Power Industry, Japan)
Mon. Nov 14, 2022 10:30 AM - 12:00 PM 432 (Bldg. 4, 3F)[MoO-23b-01] 10:30 AM – 11:00 AM(INVITED) Progress in precise and reliable outdoor performance measurements ofphotovoltaic modules
Masahiro Yoshita (National Inst. Advanced Industrial Science and Technology, Japan)[MoO-23b-02] 11:00 AM – 11:15 AM
Energy rating for bifacial PV Modules
Malte R. Vogt, Giorgos Pilis, Miro Zeman, Rudi Santbergen, Olindo Isabella (Delft Univ. Technology,
The Netherlands)[MoO-23b-03] 11:15 AM – 11:30 AM
Enhancement in the power generation of bifacial module using light dispersion film
Kazuya Komine1, Yasushi Shirahige1, Masahiro Kobayashi1, Shigehiro Ueno1, Taiki Takayama1,
Hisashi Nohara2, Satoshi Nishiyama2 (1.Dai Nippon Printing Co., Ltd., Japan, 2. Nishiyama Sakata
Denki Co., Ltd., Japan)[MoO-23b-04] 11:30 AM – 11:45 AM
Estimation of rear side irradiance of vertically installed bifacial PV modules considering
shadow and sky view factor
Amirul Naim1, Ryuto Shigenobu1, Masakazu Ito1, Yuki Tsuno2, Takashi Oozeki2 (1. Univ. Fukui,Japan, 2. National Inst. Advanced Industrial Science and Technology, Japan)[MoO-23b-05] 11:45 AM – 12:00 PM
Annual trends of indoor output measurement results of high-efficiency crystalline
silicon photovoltaic modules exposed outdoors in Tosu city, Japan
Yasuo Chiba1, Tetsuyuki Ishii2, Ritsuko Sato1, Sungwoo Choi1, Minoru Akitomi1, Atsushi Masuda3(1. National Inst. Advanced Industrial Science and Technology, Japan, Central Research Inst.
Electric Power Industry, Japan, 3. Niigata Univ., Japan)

65

PVSEC33

Area 2: Advanced applications and core technologies for massive installation
Sub-area 2-3: Field performance of photovoltaic systems and related issues[TuP-23] Field Performance, Prediction Model and PV
Recycle/Reuse
Tue. Nov 15, 2022 12:00 PM - 3:00 PM P-23/Event Hall (Bldg. 1, 1F)[TuP-23-01]
Smart solar energy monitoring system for PV plant using IoT
Kazi Zehad Mostofa1, Hamid Mohafez2, Foo Wah Low3, Mohammad Nur-E-Alam3, Mohammad
Aminul Islam1 (1. Univ. Malaya, Malaysia, 2. Univ. Tunku Abdul Rahman, Malaysia, 3. Edith Cowan
Univ., Australia)[TuP-23-02]
Solar irradiance prediction in tropics using weather forecasting model
Perawut Chinnavornrungsee1, Songkiate Kittisontirak1, Nuwong Chollacoop1, Sasiwimon Songtrai2,
Kobsak Sriprapha2, Piti Uthong3, Jun Yoshino4, Tomonao Kobayashi4 (1. National Energy
Technology Center, Thailand, 2. National Electronics and Computer Technology Center, Thailand,
3. Electricity Generating Authority of Thailand, Thailand, 4. Gifu Univ., Japan)[TuP-23-03]
Optimization of numerical weather model parameterizations for solar irradianceprediction in tropics
Daiki Harada1, Perawut Chinnavornrungsee2, Songkiate Kittisontirak2, Nuwong Chollacoop2,
Sasiwimon Songtrai3, Kobsak Sriprapha3, Jun Yoshino4, Tomonao Kobayashi4 (1. JR Central
Consultants Company, Japan, 2. National Energy Technology Center, Thailand, 3. National
Electronics and Computer Technology Center, Thailand, 4. Gifu Univ., Japan)[TuP-23-04]
Probability prediction of solar irradiance in tropic by using ensemble forecasting
Daiki Harada1, Naoki Moriai2, Perawut Chinnavornrungsee3, Songkiate Kittisontirak3, Nuwong
Chollacoop3, Sasiwimon Songtrai4, Kobsak Sriprapha4, Jun Yoshino2, Tomonao Kobayashi2 (1. JR
Central Consultants Company, Japan, 2. Gifu Univ., Japan, 3. National Energy Technology Center,
Thailand, 4. National Electronics and Computer Technology Center, Thailand)[TuP-23-05]
Intelligent fault diagnosis of photovoltaic arrays based on deep belief network andextreme learning machine
Kun Ding1, Zenan Yang1, Jingwei Zhang1, Li Feng3, Frank Hamelmann3, Shuai Weng2 (1. Hohai
Univ., China, 2. Changzhou Key Laboratory of Photovoltaic System Integration and Production
Equipment Technology, China, 3. Univ. Applied Science Bielefeld, Germany)[TuP-23-06]66Periodical evaluation of photovoltaic modules using MLR models
Guillermo Antonio Farias-Basulto1, Carolin Ulbrich1, Rutger Schlatmann1,2, Reiner Klenk1 (1.
Helmholtz-Zentrum Berlin für Materialien und Energie GmbH, Germany, 2. Univ. Applied Sciences,
Germany)[TuP-23-07]
An improved nonlinear 1D5P model for photovoltaic modules
Sasiwimon Songtrai1, Songkiate Kittisontirak2, Perawut Chinnavornrungsee2, Kobsak Sriprapha3,
Phassapon Manosukritkul1, Wisan Tangwongcharoen1, Rangsan Muanglue1, Wisut Titiroongruang1,
Surasak Niemcharoen1 (1. King Mongkut's Inst. Technology Ladkrabang, Thailand, 2. National
Energy Technology Center, Thailand, 3. National Electronics and Computer Technology Center,
Thailand)[TuP-23-08]
Model for validating PV models based on one diode and five parameters (1D5P)
Sasiwimon Songtrai1, Songkiate Kittisontirak2, Perawut Chinnavornrungsee2, Kobsak Sriprapha3,
Phassapon Manosukritkul1, Rangsan Muanglue1, Wisut Titiroongruang1, Surasak Niemcharoen1 (1.
King Mongkut's Inst. Technology Ladkrabang, Thailand, 2. National Energy Technology Center,
Thailand, 3. National Electronics and Computer Technology Center, Thailand)[TuP-23-09]
Reproducible prediction of 3-dimensional solar irradiances onto vehicle-integrated
photovoltaic using an aperture matrix
Yasuyuki Ota, Kenji Araki, Kensuke Nishioka (Univ. Miyazaki, Japan)[TuP-23-10]
Modeling of c-Si PV module performance deterioration based on I-V curve analysis
using MATLAB/SIMULINK
Sathiswary Santhiran1, Nabilah Mat Kassim1, Mohammad Aminul Islam2, Ammar Ahmed Alkahtani1,
Tiong Sieh Kiong1, Mohd Yusrizal Mohd Yusof3, Nowshad Amin1 (1. Univ. Tenaga Nasional,
Malaysia, 2. Univ. Malaya, Malaysia, 3. TNB Renewables Sdn. Bhd., Malaysia)[TuP-23-11]
Operating power estimation by using the module short circuit current and open circuit
voltage
Manit Seapan, Dhirayut Chenvidhya, Ballang Muenpinij, Yaowanee Sangpongsanont, Tanokkorn
Chenvidhya (King Mongkut’s Univ. Technology Thonburi, Thailand)[TuP-23-12]
Influence of the solar spectrum variation affected by building shadows on theperformance rating of tandem PVs in the actual environment
Yuki Kawakami, Kenji Araki, Yasuyuki Ota, Kensuke Nishioka (Univ. Miyazaki, Japan)
67

[TuP-23-13]
Calculation of optimal tilt angle of solar arrays on the sloped ground considering theself-shading loss
Koki Nakamura, Kenji Araki, Yasuyuki Ota, Kensuke Nishioka (Univ. Miyazaki, Japan)[TuP-23-15]
Performance key on maximum power point under temperature coefficient of power andnormal operating cell temperature
Ballang Muenpinij, Manit Seapan, Dhirayut Chenvidhya, Yaowanee Sangpongsanont,
Tanokkorn Chenvidhya (King Mongkut’s Univ. Technology Thonburi, Thailand)[TuP-23-16]
Measurement error of PV device temperature with a variety of adhesive tapes forcovering thermo-sensors
Hiromi Tobita, Tomoya Nakai, Hirofumi Shinohara (Japan Electrical Safety & Environment
Technology Labs., Japan)[TuP-23-17]
Application of Hansen solubility parameters to performance characteristics for antisoiling coat on photovoltaic-module surface
Riku Kohida1, Taeko Semba1, Akihito Hirai2, Atsushi Masuda1 (1. Niigata Univ., Japan, 2. Central
Automotive Products, Japan)[TuP-23-18]
Comparative durability study of commercial inner-pore antireflection coatings andalternative dense coatings
Yiyu Zeng, Ning Song, Martin Green, Yajie Jiang (Univ. New South Wales, Australia)[TuP-23-19]
Metallurgy engineering-inspired process design and optimisation for efficient solar PV
recycling
Yansong Shen (Univ. New South Wales, Australia)[TuP-23-20]
A new recycling strategy for crystalline silicon PV and CI(G)S thin-film PV modules
Claire Agraffeil1, Wolfram Palitzsch2, Karsten Wambach3 (1. CEA, France, 2. LuxChemtech GmbH,Germany, 3. bifa Environmental Inst., Germany)[TuP-23-21]
Experimental study of recycling valuable materials from end-of-life PV panels: fromthermal treatment to chemical leaching
Yuting Zhuo, Chengsun He, Yansong Shen (Univ. New South Wales, Australia)
68

PVSEC33

Area 2: Advanced applications and core technologies for massive installation
Sub-area 2-3: Field performance of photovoltaic systems and related issues[WeP-23] PV Array Applications, LCA of PV Modules and Arc Fault
Analysis
Wed. Nov 16, 2022 12:00 PM - 3:00 PM P-23/Event Hall (Bldg. 1, 1F)[WeP-23-01]
A comprehensive study of measurement reproducibility for photovoltaic modules
Xin Huang, Chenhui Nan, Muyang Lu, Hong Yang, He Wang (Xi’an Jiaotong Univ., China)[WeP-23-02]
Comparative study on temperature coefficient of PERC and HIT solar modules under
different injection conditions
Chenhui Nan, Xin Huang, Xiaoqian Li, Hong Yang, He Wang (Xi’an Jiaotong Univ., China)[WeP-23-03]
Optical simulation of backsheet reflection effect in photovoltaic module with MATLAB
Ji-Seong Hwang, Yoonmook Kang, Donghwan Kim, Hae-Seok Lee (Korea Univ., Korea)[WeP-23-04]
Energy yield comparison between the mono facial module with mono facial cell andmono facial module with bi facial cell at the carport system
Sungho Hwang1, Woncheol Jeong1, Hae-seok Lee1, Dongchul Suh2, Yoonmook Kang1,Yongseok
Jun1 (1. Korea Univ., Korea, 2.Hoseo Univ., Korea)[WeP-23-05]
Consideration of MPPT optimization in vehicle integrated photovoltaic
Kento Hirata, Kenji Araki, Yasuyuki Ota, Kensuke Nishioka (Univ. Miyazaki, Japan)[WeP-23-06]
Solar resource estimation on eight orientations of the building walls with considerationof the spectrum variation
Kodai Takachiho, Kenji Araki, Yasuyuki Ota, Akira Nagaoka, Kensuke Nishioka (Univ. Miyazaki,
Japan)[WeP-23-07]
Power performance evaluation based on one-year empirical data of vertical BIPV
facing south
Jaewon Kim, Eunho Kang, Mungyu Choi, Dongsu Kim, Jongho Yoon (Hanbat National Univ.,
Korea)[WeP-23-08]
69

Allocation of future photovoltaic power generation capacity between distribution areas
based on municipality statistical data
Masaki Shimura1, Masaki Imanaka1, Takeyoshi Kato1, Manabu Hattori2 (1. Nagoya Univ., Japan, 2.
Chubu Region Inst. Social and Economic Research, Japan)[WeP-23-09]
Subchronic toxicity of new solar cell materials intratracheally instilled into rats
Akiyo Tanaka1, Hyunwoong Seo2, Nagisa Matsumura1, Etsuko Shibata1, Kazunori Koga1,3,
Masaharu Shiratani1 (1. Kyushu Univ., Japan, 2 Inje Univ., Korea, 3 National Inst. Natural Sciences,
Japan)[WeP-23-10]
Life cycle assessment of thin-film, silicon-based PowerFoil® produced in The
Netherlands
Gianluca Limodio1, Seba Makhlouf1, Edward Hamers2, Arno Smets1 (1. Delft Univ. Technology, The
Netherlands, 2. HyET Solar Netherlands B.V., The Netherlands)[WeP-23-11]
Machine learning-powered module end-of-life decision making based on luminescence
imagesBrendan Wright, Ziv Hameiri (Univ. New South Wales, Australia)[WeP-23-12]
Retrofit solar kit for electric vehicles: Range extender for improved performances andreduced CO2 impact
Bertrand Chambion, Benjamin Commault, Lionel Serra, Loic Lonardoni, Shehrazade Nassibi,
Fathia Karoui, Fabrice Claudon, Aurélien Raddenzati (Univ. Grenoble Alpes, CEA LITEN, National
Inst. Solar Energy, France)[WeP-23-13]
Decision-making tool considering life cycle costing and carbon footprint assessment
for PV-powered charging station
Amalie Alchami, Manuela Sechilariu, Fabrice Locment (Univ. Technologie de Compiègne, France)[WeP-23-14]
Agrivoltaic system: Establishment of PPFD calculation formula under solar panels
Daisuke Yajima, Teruya Toyoda, Masaaki Kirimura, Kenji Araki, Kensuke Nishioka (Univ. Miyazaki,
Japan)[WeP-23-15]
Repurposing decommissioned functional photovoltaic modules for agricultural
applications: A pilot project in Thailand
Nopphadol

Sitthiphol1,

Aswin

Hongsingthong1,
70

SuttinanJaroensathainchok1,

RangsonPluemkamon1, Saifon Kotesopa1, Nuttakarn Udomdachanut1, Nisa Pakvilai2, Amornrat Limmanee1(1. National Energy Technology Center, Thailand, 2. Valaya Alongkorn Rajabhat Univ., Thailand)[WeP-23-16]
Detection technology of short fault of a PV string by monitoring string current
Shogo Nishikawa1, Aoshi Igarashi1, Kotaro Tanimura2, Yoshihisa Asao2 (1. Nihon Univ., Japan, 2.
Sumitomo Electric Industries, Ltd. Japan)[WeP-23-17]
An experimental study on dependence of high-frequency noise occurred by arc fault in
PV on arcing current
Akihiro Tsusaka, Jun Kurahashi, Kazuto Yukita, Toshiya Nanahara, Yasuyuki Goto (Aichi Inst.
Technology, Japan)[WeP-23-18]
An experimental study on electrode material dependence of high-frequency noiseoccurred by arc faults in photovoltaic systems
Jun Kurahashi, Akihiro Tsusaka, Kazuto Yukita, Toshiya Nanahara, Yasuyuki Goto (Aichi Inst.
Technology, Japan)[WeP-23-19]
Electrodynamic dust shield systems to clean soiled solar panel
Hiroyuki Kawamoto (Waseda Univ., Japan)[WeP-23-20]
Cost-effective waterless cleaning techniques through material and process innovations
for mitigation of energy yield loss in photovoltaic systems
Deepanjana Adak, Raghunath Bhattacharyya, Silajit Manna (Indian Inst. Engineering Science andTechnology, India)[WeP-23-21]
Evaluation of cleaning effectiveness and performance of photovoltaic module cleaningsystems
Jai Prakash, Birinchi Bora (National Inst. Solar Energy, India)

71

PVSEC33

Area 3: Photovoltaic modules, solar cells, advanced materials, sophisticated processes, cell andmodule characterizations
Sub-area 3-1: Wafer-based silicon photovoltaics and related technologies[MoO-31a] Materials and Characterizations
Session Chairs: Daniel MacDonald (Australian National Univ., Australia), Yasuaki Ishikawa(Aoyama Gakuin Univ., Japan)
Mon. Nov 14, 2022 8:30 AM - 10:00 AM 141+142 (Bldg. 1, 4F)[MoO-31a-01] 8:30 AM – 8:45 AM
Effect of thermal radiation entropy on the outdoor efficiency limit of single-junction
silicon solar cells
Hesan Ziar (Delft Univ. Technology, The Netherlands)[MoO-31a-02] 8:45 AM-9:00AM
Understanding microscopic mechanisms of LeTID and LID and their unifying featureby electron paramagnetic resonance
Abigail R. Meyer2, P. Craig Taylor2, Chirag Mule2, Sumit Agarwal2, Paul Stradins1 (1. National
Renewable Energy Lab., USA, 2. Colorado School of Mines, USA)

[MoO-31a-03] 9:00 AM – 9:15 AM
A hybrid empirical and machine learning method to estimate solar cell fill factor fromluminescence images
Gaia Maria Javier, Priya Dwivedi, Yoann Buratti, Thorsten Trupke, Ziv Hameiri (Univ. New South
Wales, Australia)[MoO-31a-04] 9:15 AM – 9:30 AM
Dislocation generation via the formation of higher-order twin boundaries in mono-castsiliconYutaka Ohno1, Kenta Yamakoshi2, Takuto Kojima2, Hideto Yoshida3, Patricia Krenckel4, Stephan
Riepe4, Koji Inoue1, Yasuyoshi Nagai1, Noritaka Usami2 (1. Tohoku Univ., Japan, 2. Nagoya Univ.,
Japan, 3. Osaka Univ., Japan, 4Fraunhofer Inst. Solar Energy Systems, Germany)[MoO-31a-05] 9:30 AM – 9:45 AM
Quality assessment of photovoltaic manufacturing lines through lag-sequential
analysis
Gaia Maria Javier, Rhett Evans, Priya Dwivedi, Yoann Buratti, Thorsten Trupke, Ziv Hameiri (Univ.
New South Wales, Australia)[MoO-31a-06] 9:45 AM – 10:00 AM
Applications of time-resolved photoluminescence decay in characterizing heavilydoped crystalline silicon and amorphous silicon films
Zhuofeng Li, Hang Cheong Sio, Anyao Liu, Rabin Basnet, Daniel Macdonald, Hieu T. Nguyen
72

(Australian National Univ., Australia)

73

PVSEC33

Area 3: Photovoltaic modules, solar cells, advanced materials, sophisticated processes, cell andmodule characterizations
Sub-area 3-1: Wafer-based silicon photovoltaics and related technologies[MoO-31b] Silicon Heterojunction -1
Session Chairs: Hitoshi Sai (National Inst. Advanced Industrial Science and Technology, Japan),Pauls Stradins (National Renewable Energy Lab., USA)
Mon. Nov 14, 2022 10:30 AM - 12:00 PM 141+142 (Bldg. 1, 4F)[MoO-31b-01] 10:30 AM – 11:00 AM(INVITED) Recent development in high efficiency silicon heterojunction solar cell
technology
Miao Yang, Xiaoning Ru, Shi Yin, Chengjian Hong, Fuguo Peng, Minghao Qu, Yichun Wang,
Junxiong Lu, Liang Fang, Xixiang Xu (LONGi Green Energy Technology Co., Ltd., China)[MoO-31b-02] 11:00 AM – 11:15 AM
Improvement of contact resistivity by boron delta-doping in p-type amorphous siliconsurfaceKazuhiro Gotoh1, Ryo Ozaki2, Motoo Morimura2, Aki Tanaka3, Yoshiko Iseki1, Kyotaro
Nakamura2, Kazuo Muramatsu3, Yasuyoshi Kurokawa1, Yoshio Ohshita2, Noritaka Usami1 (1.
Nagoya Univ., Japan, 2. Toyota Technological Inst., Japan, 3. Namics Corp., Japan)[MoO-31b-03] 11:15 AM – 11:30 AM
A novel one-step solution method to fabricate silicon nanopyramid texture and its
application to crystalline silicon heterojunction solar cells
Yuqing Li1,2, Hitoshi Sai1, Takuya Matsui1,2, Noritaka Usami2 (1. National Inst. Advanced Industrial
Science and Technology, Japan, 2 Nagoya Univ., Japan)[MoO-31b-04] 11:30 AM – 11:45 AM
Correlation between the stability of silicon heterojunction solar cells and hydrogenatedsilicon thin film passivation layers
Liping Zhang1,2, Anjun Han1,2, Shihu Lan1, Hui Zhao1, Hongyuan Chen1, Junlin Du1,2, Jianhua Shi1,2,Wenzhu Liu2, Fanying Meng1,2, Guoqiang Xing1, Yi Xie1, Zhengxin Liu1,2 (1. Tongwei Solar(Chengdu) Co., Ltd., China, 2. Shanghai Institute of Microsystem and Information Technology
Chinese Academy of Sciences, China)[MoO-31b-05] 11:45 AM – 12:00 PM
Amorphous/crystalline silicon heterojunction solar cell towards the high reliability
Fanying Meng1,2, Anjun Han1,2, Hongyuan Chen1, Jianhua Shi1,2, Haoxin Fu1, Bin Fan1, Guoqiang
Xing1, Yi Xie1, Zhengxin Liu1,2 (1. Tongwei Solar (Chengdu) Co., Ltd., China, 2. Shanghai Instituteof Microsystem and Information Technology Chinese Academy of Sciences, China)

74

PVSEC33

Area 3: Photovoltaic modules, solar cells, advanced materials, sophisticated processes, cell andmodule characterizations
Sub-area 3-1: Wafer-based silicon photovoltaics and related technologies[TuO-31c] Novel Devices
Session Chairs: Wilfried Favre (Univ. Grenoble Alpes, CEA, LITEN, INES, France), Keisuke
Ohdaira (Japan Advanced Inst. Science and Technology, Japan)
Tue. Nov 15, 2022 10:30 AM - 12:00 PM 141+142 (Bldg. 1, 4F)[TuO-31c-01] 10:30 AM – 11:00 AM(INVITED) Transparent crystalline silicon solar cells and modules
Kwanyong Seo (Ulsan National Inst. Science and Technology, Korea)[TuO-31c-02] 11:00 AM – 11:15 AM
Recent progress of Rib-Si solar cell and application of Rib techniques to see-throughbifacial Si heterojunction solar cells
Makoto Konagai, Yukimi Ichikawa, Daichi Ishii, Ryousuke Ishikawa (Tokyo City Univ., Japan )[TuO-31c-03] 11:15 AM – 11:30 AM
Silicon microwire arrays with nanoscale spacing for radial junction c-Si solar cells with
an efficiency of 20.5%
Namwoo Kim1, Deokjae Choi1, Hyungwoo Kim1, Han-Don Um2, Kwanyong Seo1 (1. Ulsan
National Inst. Science and Technology, Korea, 2. Kangwon National Univ., Korea)[TuO-31c-04] 11:30 AM – 11:45 AM
Ultrathin Al-doped SiOx passivating hole-selective contacts formed by a simple wet
process
Hiroki Nakajima, Huynh Thi Cam Tu, Keisuke Ohdaira (Japan Advanced Inst. Science andTechnology, Japan)[TuO-31c-05] 11:45 AM – 12:00 PM
Application of TiOx/metal bilayer as hole-selective passivating contact in crystalline
silicon solar cells
Takuya Matsui1, Shona McNab2, Ruy Sebastian Bonilla2, Hitoshi Sai1 (1. National Inst. Advanced
Industrial Science and Technology, Japan, 2 Univ. Oxford, UK)

75

PVSEC33

Area 3: Photovoltaic modules, solar cells, advanced materials, sophisticated processes, cell andmodule characterizations
Sub-area 3-1: Wafer-based silicon photovoltaics and related technologies[TuP-31] Wafer-based Silicon Photovoltaics and Related
Technologies
Tue. Nov 15, 2022 12:00 PM - 3:00 PM P-31/Event Hall (Bldg. 1, 1F)[TuP-31-01]
Assessment on fire and hotspot risk caused by non-uniform rear reflection in bifacial
photovoltaic module
Chung Il Kim, Jaehwan Ko, Hyung-Jun Song (Seoul National Univ. Science and Technology, Korea)[TuP-31-02]
Flexible and light-weight crystalline silicon solar cell modules and reliability
performance
Tomihisa Tachibana, Katsuto Tanahashi, Yuji Ino, Katsuhiko Shirasawa (National Inst. Advanced
Industrial Science and Technology, Japan)[TuP-31-03]
Real-time, noncontact estimation method for voltage of one cell in generating module
Yasuyuki Kobayashi, Ngo Doan Hoang Linh (Teikyo Univ., Japan)[TuP-31-04]
Validation of bifacial PV’s irradiance simulation software via En score to account formeasurement and simulation uncertainties
Tian Shen Liang, Leow Shin Woei, Mauro Pravettoni (National Univ. Singapore, Singapore)[TuP-31-05]
Study on the inhibition of temperature rise by thermal conducting nanoparticles mixed
SiOx film in crystalline silicon solar cell module without encapsulant layer
Yasushi Sobajima1, Keigo Shimizu1, Yudai Hasegawa1, Yuto Maehara1, Shinya Tsukamoto1,
Keisuke Ohdaira2 (1. Gifu Univ., Japan, 2. Japan Advanced Inst. Science and Technology, Japan)[TuP-31-06]
PV module structure with sacrificial layer
Jongwon Ko, Soohyun Bae, Yoonmook Kang, Hae-Seok Lee, Donghwan Kim (Korea Univ., Korea)[TuP-31-07]
Experimental research on curved photovoltaic modules: Effects of hot spots,
interconnect schemes and curvature on electrical PV performance
Sachiko Jonai1.2, Haruto Morishita1, Yasuo Cho3, Diego Bronneberg2, Martin Huijzer2, Angèle
Reinders2.4 (1. Niigata Univ., Japan, 2. Eindhoven Univ. Technology, The Netherlands, 3. Tohoku
76

Univ., Japan, 4. Univ. Twente, The Netherlands)[TuP-31-08]
Characterization of bifacial one cell mini module with various back sheet
Hyeonwook Park, Mohaseen Tamboli, Meenakshi Sahu, Jae Ho Yun, Chinho Park (Korea Inst.
Energy Technology Univ., Korea)[TuP-31-09]
Crystal growth and resistivity modulation of n-type phosphorus-doped cast mono-likesiliconJie Huang, Xuegong Yu, Shuai Yuan, Deren Yang (Zhejiang Univ., China)[TuP-31-10]
3D stress analysis of multicrystalline Si with artificial grain boundaries and evaluationof dislocation cluster distribution
Haruki Tajika1, Kentaro Kutsukake2, Takuto Kojima1, Xin Liu1, Hiroyuki Tanaka1, Noritaka Usami1(1. Nagoya Univ., Japan, 2. RIKEN, Japan)[TuP-31-12]
Experimental investigation on metallic and non-metallic impurities in grown Ge doped
mc-silicon ingot for PV applications
Anbu Gopalakrishnan, Srinivasan Manikkam, Ramasamy Perumalsamy (Sri Sivasubramaniya
Nadar College of Engineering, India)[TuP-31-13]
Image translation from two optical images and an image of grain boundaries to
distribution image of generation points of dislocations clusters in silicon wafer
Hiroaki Kudo1, Takuto Kojima1, Kentaro Kutsukake2, Tetsuya Matsumoto1, Noritaka Usami1 (1.
Nagoya Univ., Japan, 2. RIKEN, Japan)[TuP-31-14]
Reduction of power consumption by retort side modification in directional solidification
furnaceThamotharan

Keerthivasan,

Manickam

Srinivasan,

Perumalsamy

Ramasamy(Sri

Sivasubramaniya Nadar College of Engineering, India)[TuP-31-15]
Novel chemical etching process used to reduce the reflectance of the as-cut p-typeboron-doped mc-silicon wafer for improving solar cell efficiency
Madhesh Raji, Srinivasan Manickam, Perumalsamy Ramasamy (Sri Sivasubramaniya Nadar
College of Engineering, India)[TuP-31-16]
77

Gettering effect of deep level impurities in silicon wafer using aluminium oxide film
SeungHyeon Oh, MyeongSeob Sim, Donghwan Kim, Yoonmook Kang, Hae-Seok Lee (Korea Univ.,
Korea)[TuP-31-17]
Advanced analysis for Si PV using injection dependent lifetime and PL imaging
technology
Sungeun Park, Sang Hee Lee, Chelwook Kwon, Hee-eun Song, Min-Gu Kang (Korea Institute ofEnergy Research, Korea)[TuP-31-18]
Fill factor loss analysis of industrial silicon solar cells for the elevated temperature
condition
Sang Hee Lee, Kwan Hong Min, Min Gu Kang, Hee-eun Song, Kyung Taek Jeong, Sungeun Park
(Korea Inst. Energy Research, Korea)[TuP-31-19]
The impact of an Al2O3 dielectric layer on p-type solar cells to reduces potentialinduced degradation and improves PV module reliability.
Muhammad Aleem Zahid, Youngkuk Kim, Eun Chel Cho, Junsin Yi (Sungkyunkwan University,
Korea)[TuP-31-20]
Comparison of polarization-type potential-induced degradation in p-type and n-type
front-emitter crystalline silicon photovoltaic cell modules
Seira Yamaguchi1,2, Sachiko Jonai2, Kyotaro Nakamura3, Kazuhiro Marumoto1, Yoshio Ohshita3,
Atsushi Masuda2 (1. Univ. Tsukuba, Japan, 2. Niigata Univ., Japan, 3. Toyota Technological Inst.,
Japan)[TuP-31-21]
Acceleration of potential-induced degradation in crystalline Si photovoltaic modules
after a lightning impulse strike
Tetsuya Kaneko1, Suy Kimsong1, Yukiko Hara2, Atsushi Masuda3, Masao Isomura1 (1. Tokai Univ.,
Japan, 2. National Inst. Advanced Industrial Science and Technology, Japan, 3. Niigata Univ.,
Japan)[TuP-31-22]
Potential-induced degradation of encapsulant-less p-type crystalline Si photovoltaic
modules
Shuntaro Shimpo, Huynh Thi Cam Tu, Keisuke Ohdaira (Japan Advanced Inst. Science andTechnology, Japan)[TuP-31-23]
78

Evaluation of PID characteristic of bifacial p-PERC silicon photovoltaic module byencapsulant types
Jang HongJun, Lee SolHee, Lee SangWon, Kim DongHwan, Kang YoonMook, Lee HaeSeok(Korea Univ., Korea)[TuP-31-24]
Evaluations of physical properties of glass layer formed on cover glass of photovoltaic
modules as a potential-induced degradation suppression technique
Go Sian Huai, Hirokazu Takahashi, Takahiko Haga, Ryo Fuseya, Fumitaka Ohashi, Tetsuji Kume,
Shuichi Nonomura (Gifu Univ., Japan)[TuP-31-25]
Reliability examination of cell-level PID test for rear-side of bifacial PERC silicon solar
cells
Shingo Suzuki, Yasuaki Ishikawa (Aoyama Gakuin Univ., Japan)[TuP-31-26]
Potential-induced degradation of p-type crystalline Si cell modules with a SiNx film
formed by Cat-CVD
Ryoichi Ishikawa1, Toshiki Itasaka1, Huynh Thi Cam Tu1, Tomihisa Tachibana2, Keisuke Ohdaira1(Japan Advanced Inst. Science and Technology, Japan, National Inst. Advanced Industrial Scienceand Technology, Japan)[TuP-31-27]
Comparative analysis of light and elevated temperature-induced degradation in c-Si
solar cells
Hasnain Yousuf, Muhammad Aleem Zahid, Yewon Cha, Dhungel Suresh Kumar, Youngkuk Kim,
Junsin Yi (Sungkyunkwan Univ, Korea)[TuP-31-28]
Study on corrosion mechanism at the rear side of bifacial PERC solar cells
Yuanpang Hao, Xin Huang, Xiaocai Ke, Hong Yang, He Wang (Xi’an Jiaotong Univ., China)[TuP-31-29]
Influence of surface contamination on damp-heat induced degradation in siliconheterojunction cells and modules
Chandany Sen, Catherine Chan, Muhammad Umair Khan, Bram Hoex (Univ. New South Wales,
Australia)[TuP-31-30]
Analysis of carrier induced degradation exhibited on a mono-crystalline wafer by prehydrogenation before emitter formation process
MyeongSeob Sim, Dongjin Choi, Yujin Jung, HyunJung Park, Yoonmook Kang, Donghwan Kim,
79

Hae-Seok Lee (Korea Univ., Korea)[TuP-31-31]
Real-time, noncontact estimation method for voltage of one cell in generating module
Yasuyuki Kobayashi, Ngo Doan Hoang Linh (Teikyo Univ., Japan)[TuP-31-32]
Impedance spectroscopy characterization of a-Si:H/c-Si heterojunction solar cells
Jagannath Panigrahi, Ashutosh Pandey, Shrestha Bhattacharya, Sourav Mandal, Vamsi K.
Komarala (Indian Inst. Technology, India)[TuP-31-33]
Si-heterojunction solar cells with a p-layer deposited at low substrate temperatures
Daichi Ishii, Makoto Konagai, Ryousuke Ishikawa (Tokyo City Univ., Japan)[TuP-31-34]
Defining specifications for accurate metal/TCO contact resistivity measurements insilicon heterojunction devices
Senami Zogbo1,2, Wilfried Favre1, Marie-Estelle Gueunier-Farret2, Olivier Bonino1 (1. Univ.
Grenoble Alpes, France, 2. Univ. Paris-Saclay, Sorbonne Univ., France)[TuP-31-35]
Molecular dynamics study of Si:H/c-Si interface using on-the-fly machine learningpotential
Takayuki Semba, Ryoji Asahi (Nagoya Univ., Japan)[TuP-31-36]
Simulation study of boron delta-doping layer on p-type hydrogenated amorphoussilicon in silicon heterojunction solar cells
Kazuhiro Gotoh, Yasuyoshi Kurokawa, Noritaka Usami (Nagoya Univ., Japan)[TuP-31-37]
Calculation model to determine the dopant concentration in doped hydrogenatedamorphous silicon
Zhenfei Li1,2, Liping Zhang1,2, Wenzhu Liu1,2, Youlin Yu1,2, Fanying Meng1,2, Zhengxin Liu1,2 (1Shanghai Inst. Microsystem and Information Technology, Chinese Academy of Sciences, China, 2.
Univ. Chinese Academy of Sciences, China)[TuP-31-38]
Post-annealing effects on dual-layered hydrogenated amorphous silicon/crystalline
silicon heterointerfaces
Kazuma Inoue1, Kazuhiro Gotoh1, Kentaro Kutsukake2, Naomi Sawamoto3, Tappei Nishihara3,
Yasuyoshi Kurokawa1, Atsushi Ogura3, Noritaka Usami1 (1. Nagoya Univ., Japan, 2. RIKEN, Japan,80

3. Meiji Univ., Japan)[TuP-31-39]
Characteristics analysis by bulk lifetime and resistivity of n-type wafer onheterojunction solar cells
Cheolwook Kwon1,2, Sanghee Lee1, Hee-eun Song1, Mingu Kang1, Sungeun Park1, Hae-seok Lee2
(1. Korea Inst. Energy Research, Korea, 2. Korea Univ., Korea)[TuP-31-42]
Effect of post-deposition annealing on TiOx passivation films deposited by reactive
sputtering
Riku Sakamoto, Yu Mandai, Issei Nonaka, Koji Arafune (Univ. Hyogo, Japan)[TuP-31-43]
Passivation quality of In-Ti-O amorphous metal oxide prepared by mist chemical vapor
deposition
Atsushi Nakano, Yuta Shinjo, Yuma Ueno, Akihiro Mori, Koji Arafune (Univ. Hyogo, Japan)[TuP-31-44]
Effect of a lithium fluoride layer on the passivation performance of metalized titaniumoxide/silicon oxide/silicon heterostructures
Shohei Fukaya1, Kazuhiro Gotoh1, Takuya Matsui2, Hitoshi Sai2, Yasuyoshi Kurokawa1, Noritaka
Usami1 (1. Nagoya Univ., Japan, 2. National Inst. Advanced Industrial Science and Technology,
Japan)[TuP-31-45]
Material sustainability of passivating contact schemes for silicon solar cells andmodules at the terawatt scale
Moonyong Kim, Yuchao Zhang, Li Wang, Robert Underwood, Brett Hallam (Univ. New South Wales,
Australia)[TuP-31-47]
Enhanced performance of PEDOT:PSS/n-Si solar cells employing inverted pyramidal
silicon by one-step copper catalyzed etching
Avritti Srivastava1,2, Ruchi K. Sharma1,2, Premshila Kumari1,2, Prathap Pathi1,2, Sanjay K.
Srivastava1,2 (1. CSIR-National Physical Lab., India, 2. Academy of Scientific and Innovation
Research, India)[TuP-31-48]
Titanium oxide nanomaterials for photovoltaic devices as an electron selective contact
in silicon solar cells
Changhyun Lee1, Hyunju Lee2, Yoonmook Kang1, Hae-Seok Lee1, Donghwan Kim1 (1. Korea Univ.,
Korea, 2. Meiji Univ., Japan)
81

[TuP-31-49]
Application of titanium oxide thin film formed by argon/hydrogen mixed gas sputtering
to electron selective layers of crystalline silicon solar cells
Tokumo Kuze, Tetsuya Kaneko, Masao Isomura (Tokai Univ., Japan)[TuP-31-50]
Optimisation of passivating exciton transport layer for singlet fission sensitised siliconsolar cell
Alvin Mo, Alexander Baldacchino, Michael Nielsen, Murad Tayebjee, Bram Hoex (Univ. New South
Wales, Australia)

82

PVSEC33

Area 3: Photovoltaic modules, solar cells, advanced materials, sophisticated processes, cell andmodule characterizations
Sub-area 3-1: Wafer-based silicon photovoltaics and related technologies[TuO-31d] Metallization
Session Chairs: Daisuke Adachi (Kaneka Corp., Japan), Olindo Isabella (Delft Univ. Technology,
The Netherlands)
Tue. Nov 15, 2022 3:30 PM - 5:00 PM 141+142 (Bldg. 1, 4F)[TuO-31d-01] 3:30 PM – 4:00 PM(INVITED) Sustainable aluminum metallization processes for photovoltaics terawatt
era
Kosuke Tsuji1, Shota Suzuki1, Hideaki Minamiyama1, Dhamrin Marwan1,2 (1. Toyo Aluminium K.K.,
Japan, 2. Osaka Univ., Japan)[TuO-31d-02] 4:00 PM – 4:15 PM
Progress and current challenges with saving silver in screen-printed metallization of Si
solar cells
Sebastian Tepner1, Timo Wenzel1, Michael Linse1, Sebastian Pingel1, Denis Erath1, Elmar
Lohmüller1, Yin Cheung Lau2, Andreas Lorenz1, Florian Clement1 (1. Fraunhofer Institute for Solar
Energy Systems, Germany, 2. Asada Mesh Co., Ltd., Japan)[TuO-31d-03] 4:15 PM – 4:30 PM
Copper paste for silicon heterojunction solar cells
Marwan Dhamrin1,2, Shota Suzuki2, Kosuke Tsuji2, Hideaki Minamiyama2, Johann
Jourdan3, Julien Diaz3, Mathieu Debourdeau3, Florent Pernoud3, Bertrand Hladys3, Vincent Barth3,
Remi Monna3, Kazunori Ishikawa1 (1. Osaka Univ., Japan, 2. Toyo Aluminium K.K., Japan, 3. CEA
Inst. National de l’Énergie Solaire, France)[TuP-31d-04] 4:30 PM – 4:45 PMn-type solar cell technology with aluminum metallization
Radovan Kopecek1, Thomas Buck1, Kosuke Tsuji2, Shota Suzuki2, Marwan Dhamrin2,3 (1. ISC
Konstanz, Germany, 2. Toyo Aluminium K.K., Japan, 3. Osaka Univ. Japan)[TuP-31d-05] 4:45 PM – 5:00 PM
Hybrid metallization for high efficiency silicon photovoltaics with low silver consumption
Yuan-Chih Chang1, Li Wang1,Sisi Wang1, Yuchao Zhang1, Chien-Yu Huang1, Shaoyuan Li2, Jingjia
Ji1,Brett Hallam1 (1. Univ. New South Wales, Australia, 2. Kunming Univ. Science and Technology,
China)

83

PVSEC33

Area 3: Photovoltaic modules, solar cells, advanced materials, sophisticated processes, cell andmodule characterizations
Sub-area 3-1: Wafer-based silicon photovoltaics and related technologies[TuO-31e] Silicon Heterojunction -2
Session Chairs: Zhengxin Liu (Shanghai Institute of Microsystem and Information Technology
Chinese Academy of Sciences, China), Tetsuya Kaneko (Tokai Univ., Japan)
Tue. Nov 15, 2022 5:30 PM - 7:00 PM 141+142 (Bldg. 1, 4F)[TuO-31e-01] 5:30 PM – 6:00 PM(INVITED) The re-discovery of hot-wire/catalytic CVD for high efficiency silicon solar
cells
Kaining Ding, Alexander Eberst, Weiyuan Duan (Research Center Juelich, Germany)[TuO-31e-02] 6:00 PM – 6:15 PM
Toward TCO-free silicon heterojunction solar cells - Role of front- and rear-side TCO
layers in electrical transport and stability
Hitoshi Sai, Takuya Matsui (National Inst. Advanced Industrial Science and Technology, Japan)[TuO-31e-03] 6:15 PM – 6:30 PM
Effects of (i) a-Si:H deposition temperature and strategies to reduce In-based TCO andAg use in high-efficiency SHJ solar cells
Yifeng Zhao1, Can Han1, Paul Procel1,2, Arno Smets1, Luana Mazzarella1, Guangtao Yang1, Liqi
Cao1, Zhirong Yao1, Arthur Weeber1,3, Miro Zeman1, Olindo Isabella1 (1. Delft Univ. Technology,
The Netherlands, 2. San Francisco de Quito Univ., Ecuador, 3. TNO Energy Transition, The
Netherlands)[TuO-31e-04]
Dopant-free interdigitated back contact silicon solar cells with efficiencies over 23.6%
Zhaolang Liu1,2, Hao Lin1, Zilei Wang1, Liyan Chen1, Taojian Wu1, Yicong Pang1, Lun Cai1, Jian He1,
Shanglong Peng2, Hui Shen1, Pingqi Gao1 (1. Sun Yat-sen Univ., China, 2. Lanzhou Univ., China)[TuO-31e-05]
The application of ultra-thin MoOx in silicon heterojunction solar cells
Liqi Cao1, Luana Mazzarella1, Paul Procel1,2, Yifeng Zhao1, Engin Özkol1, Jin Yan1, Can
Han1,Guangtao Yang1, Zhirong Yao1, Miro Zeman1, Olindo Isabella1 (1. Delft Univ. Technology,
The Netherlands, 2. San Francisco de Quito Univ., Ecuador)84

PVSEC33

Area 3: Photovoltaic modules, solar cells, advanced materials, sophisticated processes, cell andmodule characterizations
Sub-area 3-1: Wafer-based silicon photovoltaics and related technologies[WeP-31] Wafer-based Silicon Photovoltaics and Related
Technologies
Wed. Nov 16, 2022 12:00 PM - 3:00 PM P-31/Event Hall (Bldg. 1, 1F)[WeP-31-01]
Enhancement of light absorption in transparent crystalline silicon solar cells using lightharvesting film
Kangmin Lee, Kwanyong Seo (Ulsan National Inst. Science and Technology, Korea)[WeP-31-02]
Optical confinement in silicon nanowires: A study on electromagnetic field, absorption
depth profile and excitation generation rate distributions
Mohammad Kamal Hossain1, Ayman Wajeeh Mukhaimer2 (1. King Fahd Univ. Petroleum &Minerals, Saudi Arabia, 2. RMIT Univ., Australia)[WeP-31-03]
Diminished angular dependency of crystalline silicon microwire solar cells by
broadband antireflection effect using transparent spheres
Youri Lee, Kanmin Lee, Kwanyong Seo (Ulsan National Inst. Science and Technology, Korea)[WeP-31-04]
Anti-reflection coating of crystalline Si solar cells using stacked structures with silicon
nanoparticle layers
Shinya Kato1, Yasuyoshi Kurokawa2, Tetsuo Soga1 (1. Nagoya Inst. Technology, Japan, 2. Nagoya
Univ., Japan)[WeP-31-05]
Revolutionizing antireflection coatings for solar module glass
Ning Song, Yiyu Zeng, Yajie Jiang, Nathan Chang, Angus Gentle, Zibo Zhou, Mark Keevers,
Nicholas Ekins-Daukes, Renate Egan, Martin Green (Univ. New South Wales, Australia)[WeP-31-06]
Investigation of the effect of plasmonic gold nanoparticles on non-textured Si solar cells
Komei Kobayashi, Sachiko Jonai, Kazunari Shinbo, Keizo Kato, Atsushi Masuda, Akira Baba
(Niigata Univ., Japan)[WeP-31-07]
Spatial distribution of absorption depth profile: Influence of silver nanoparticles within
absorbing layer
85

Mohammad Kamal Hossain1, Ayman Wajeeh Mukhaimer2 (1. King Fahd Univ. Petroleum &Minerals, Saudi Arabia, 2. RMIT Univ., Australia)[WeP-31-08]
Microscopic carrier distribution imaging of black silicon solar cell by scanning nonlinear
dielectric microscopy
Yasuo Cho1, Beniamino Iandolo2, Ole Hansen2 (1. Tohoku Univ., Japan, 2. Technical Univ. Denmark,Denmark)[WeP-31-09]
Accelerating the solar energy transition through artificial intelligencePriya Dwivedi, Yoann Buratti, Zubair Abdullah-Vetter, Grace Liu, Gaia Maria Javier, Thorsten
Trupke, Ziv Hameiri (Univ. New South Wales, Australia)[WeP-31-10]
Super-resolution luminescence imaging of solar cells using deep learning
Priya Dwivedi, Juergen Weber, Robert Lee Chin, Thorsten Trupke, Ziv Hameiri (Univ. New South
Wales, Australia)[WeP-31-11]
A neural network-based estimation of the generation of dislocation clusters in
multicrystalline silicon
Kyoka Hara1, Takuto Kojima1, Kentaro Kutsukake2, Hiroaki Kudo1, Noritaka Usami1 (1. Nagoya
Univ., Japan, 2. RIKEN, Japan)[WeP-31-12]
Deep learning accelerated material discovery for Si-based solar cells-passivating
contact layers material discovery & synthesis
Tong Xie1, Yuwei Wan, Bram Hoex, Kit Chunyu2 (1. Univ. New South Wales, Australia, 2. City Univ.
Hong Kong, China)[WeP-31-13]
Atomic-scale PECVD process simulations at Si/silicon-germanium interface byreactive force-field molecular dynamics
Naoya Uene1, Takuya Mabuchi1, Masaru Zaitsu2, Shigeo Yasuhara2, Takashi Tokumasu1 (1. Tohoku
Univ., Japan, 2. Japan Advanced Chemicals Ltd., Japan)[WeP-31-14]
The fundamental difference in polysilicon crystallinity of p-type and n-type polysilicon
contacts
Yalun Cai, Anastasia Soeriyadi, Ran Chen, Brett Hallam, Fiacre Rougieux (Univ. New South Wales,
Australia)
86

[WeP-31-15]
Pulsed laser melting to achieve hyperdoped p-type poly-Si/SiOx passivating contact
structures
Kejun Chen1,3, Enrico Napolitani2, Matteo De Tullio2, Matilde Siviero2, Francesco Sgarbossa2, San
Theingi3, William Nemeth3, Matthew Page3, Paul Stradins3, Sumit Agarwal1,3, David L. Young3 (1.
Colorado School of Mines, USA, 2. Univ. Padova, Italy, 3. National Renewable Energy Lab., USA)

[WeP-31-16]
Passivating contacts based on directly-nitridated ultra-thin silicon nitride films
Yuli Wen, Huynh Thi Cam Tu, Keisuke Ohdaira (Japan Advanced Inst. Science and Technology,
Japan)[WeP-31-17]
Characterization of engineered pinholes in dielectric stacks for high performancesilicon passivating contacts
Harvey Guthrey1, Caroline Lima Salles1,2, William Nemeth1, Sumit Agarwal2, David Young1, Paul
Stradins1 (1. National Renewable Energy Lab., USA, Colorado School of Mines, USA)

[WeP-31-18]
Application of hydrogenated silicon nanocrystal/silicon oxide compound layer tocrystalline silicon solar cells
Masashi Matsumi, Kazuhiro Gotoh, Satoru Miyamoto, Yasuyoshi Kurokawa, Noritaka Usami(Nagoya Univ., Japan)[WeP-31-19]
Carrier transport pathways in silicon nanocrystal/silicon oxide composite films
Asaki Arata1, Kazuhiro Gotoh1, Shigeru Yamada2, Yasuyoshi Kurokawa1, Takashi Itoh2, Noritaka
Usami1 (1. Nagoya Univ., Japan, 2. Gifu Univ., Japan)[WeP-31-20]
Polysilicon passivating contact layer for crystalline silicon solar cells: A dopant-grading
approach
Duy Phong Pham, Junsin Yi (Sungkyunkwan Univ. Korea)[WeP-31-21]
Inhibition of boron in-diffusion in polo structure by deposition heteroepitaxy films
Jun-young Jeong, Hae-seok Lee (Korea Univ., Korea)[WeP-31-22]
A deep-level transient spectroscopy study of interface states in POLO solar cell
Lei Yang1, Biao Li1, Haiyang Xing2, Yuheng Zeng2, Shuai Yuan1, Xuegong Yu1, Deren Yang1 (1.
Zhejiang Univ., 2. Ningbo Inst. Materials Technology and Engineering, Chinese Academy of
Sciences, China)
87

[WeP-31-23]
Analysis the characteristic of TOPCon rear contact with inserted i-polysilicon
Haejung Lee, Dongjin Choi, Dongkyun Kang, MyeongSeob Sim, Heeyeon Lee, Changhyun Lee,
Yoonmook Kang, Donghwan Kim, Hae-Seok Lee (Korea Univ., Korea)[WeP-31-24]
Passivation quality analysis of boron silicate glass on p+ polysilicon/silicon oxide layer
Heeyeon Lee, Dongjin Choi, Ji Yeon Hyun, Dongkyun Kang, Hae-Seok Lee, Yoonmook Kang,
Donghwan Kim (Korea Univ., Korea)[WeP-31-25]
Structural and material characteristics of silicon nitride passivation layer for TOPCon
solar cells
Yunae Cho, Kyu Hyeon Im, June Sung Park, Min Seo Kim, Sang Hee Lee, Yong Jin Kim, Dohyung
Kim, Sungeun Park, Kyung Taek Jeong, Min Gu Kang, Hee-eun Song (Korea Inst. Energy
Research, Korea)[WeP-31-26]
Thermal annealing effects on tunnel oxides for high-efficient passivated hole contacts
in crystalline silicon solar cells
Yong-Jin Kim1, I Se Kweon1,2, Kwan Hong Min1, Sang Hee Lee1, Sungjin Choi1, Kyung Taek Jeong1,
Sungeun Park1, Hee-eun Song1, Min Gu Kang1, Ka-Hyun Kim2 (1. Korea Inst. Energy Research,
Korea, 2. Chungbuk National Univ., Korea)[WeP-31-27]
Application of molybdenum oxide front contacts for hole-selectivity of rear junction pTOPCon solar cells
Dongkyun Kang, Yoonmook Kang, Hae-Seok Lee, Donghwan Kim (Korea Univ., Korea)[WeP-31-28]
Charge carrier transport properties at the rear side of the TOPCon solar cell structuresusing P-type and N-type Si substrates
Dohyung Kim1, Yongjin Kim1, Kyuhyeon Im1, Minwoo Lee2, Jae Sung Yun2,3, Sang Hee Lee1, Yunae
Cho1, Kyung Taek Jeong1, Sungeun Park1, Min Gu Kang1, Hee-eun Song1 (1. Korea Inst. Energy
Research, Korea, 2. Univ. New Souths Wales, Australia, 3. Univ. Surrey, UK)[WeP-31-29]
Study on changes in electrical characteristics of two terminal photovoltaicthermoelectric generator hybrid device with large size
Kyuhyeon Im1,2, Kyung Taek Jeong2, Hee-eun Song2, Min Gu Kang2, Hae-Seok Lee1, Ka-Hyun
Kim3, Tae Kyung Lee4, Sungeun Park2 (1. Korea Univ., Korea, 2. Korea Inst. Energy Research,
Korea, 3. Chungbuk National Univ., Korea, 4. Gyeongsang National Univ., Korea)
88

[WeP-31-30]
Series resistance images by single-shot electroluminescence method for silicon solar
cells
Kota Sato, Yasuaki Ishikawa (Aoyama Gakuin Univ., Japan)[WeP-31-31]
Generation of deep level defect related to oxygen by reactive plasma deposition
Tomohiko Hara, Takuma Matsuzuki, Iori Oura, Yoshio Ohshita (Toyota Technological Inst., Japan)[WeP-31-32]
Impact analysis of metallization design and recombination losses on the performanceof crystalline silicon solar cells
Abdulwahab A. Q. Hasan1, Sathiswary Santhiran1, Nabilah Mat Kassim1, Ammar Ahmed Alkahtani1,
Mohammad Aminul Islam2, Mohd Yusrizal Mohd Yusof3, Nowshad Amin1 (1. Univ. Tenaga Nasional,
Malaysia, 2. Univ. Malaya, Malaysia, 3. TNB Renewables Sdn. Bhd., Malaysia)[WeP-31-33]
Passivation of cut edges and surfaces of crystalline silicon by heat treatment in liquidwater
Masahiko Hasumi1, Toshiyuki Sameshima1, Tomohisa Mizuno2 (1. Tokyo Univ. Agriculture andTechnology, Japan, 2. Kanagawa Univ., Japan)[WeP-31-34]
The research of the conversion efficiency degradation and performance improving of
the cell during the soldering process
Fei Yang, Weifei Lian,Songmin Liu (Jiangsu Akcome Energy Research Inst. Co., Ltd., China)[WeP-31-35]
A study on Si-metal contact formation using current-injection firing in crystalline Si solar
cells
Dongjin Choi1, HyunJung Park1, Soohyun Bae2, MeongSeob Sim1, Donghwan Kim1, Hae-Seok
Lee1, Yoonmook Kang1 (1. Korea Univ., Korea, 2. Korea Inst. Energy Research, Korea)[WeP-31-36]
Silicon nanostructures as bottom cell materials for multijunction solar cells
Bernice Mae Yu Jeco-Espaldon1, Wipakorn Jevasuwan1, Yoshitaka Okada2, Naoki Fukata1,3(1National Inst. Materials Science, Japan, 2. Univ. Tokyo, Japan, 3. Univ. Tsukuba, Japan)[WeP-31-37]
Field-induced radial junction for dopant-free crystalline silicon solar cells with anefficiency of over 20%
Deokjae Choi, Kwanyong Seo (Ulsan National Inst. Science and Technology, Korea)
89

[WeP-31-38]
Studies on the grains in multi-crystalline silicon (mc-Si) wafer
N. Balamurugan, P. Karuppasamy, P. Ramasamy (Sri Sivasubramaniya Nadar College ofEngineering, India)[WeP-31-39]
Multi-crystalline silicon growth by helium gas spot cooled directional solidification
process for photovoltaic applications
Pichan Karuppasamy, Sekar Sugunraj, Manikkam Srinivasan, Perumalsamy Ramasamy (SriSivasubramaniya Nadar College of Engineering, India)[WeP-31-40]
Development and study of high quality mc-silicon crystal and wafers for solar cellapplications
Manickam Srinivasan1, Vineet Saini2, Perumalsamy Ramasamy1(1. Sri Sivasubramaniya Nadar

College of Engineering, India, 2. DST, Government of India, India)[WeP-31-41]
Influence of helium gas flow under the retort bottom to control the impurities in grown
mc-Si ingot by DS process for photovoltaic application: Numerical simulation
S. Sugunraj, Manikkam Srinivasan, Pachan Karuppasamym, Perumalsamy Ramasamy (SriSivasubramaniya Nadar College of Engineering, India)[WeP-31-42]
Numerical simulation approach to investigate the effect of gas tube design on siliconingot grown by directional solidification process
R. Muthukumar, S. Sanmugavel, K. Aravinth, P. Balaji Bhargav, P. Ramasamy (SriSivasubramaniya Nadar College of Engineering, India)[WeP-31-43]
Fully bottom up growth of epitaxial silicon wafer using a self-releasing seed layer
Ji-Eun Hong1, Yonghwan Lee2, Sung-In Mo1, Hye-Seong Jeong3, Jeong-Ho An1, Hee-eun Song1,
Jihun Oh4, Junhyeok Bang3, Joon-Ho Oh1, Ka-Hyun Kim3 (1 Korea Inst. Energy Research, Korea,
2. Gumi Electronics and Information Technology Research Inst., Korea, 3. Chungbuk National Univ.,
Korea, 4. Korea Advanced Inst. Science and Technology, Korea)[WeP-31-44]
Effect of heat flux control unit on the achievement of improving a multi-crystalline siliconingot for photovoltaic applications
Madhesh Raji1, Kesavan Venkatachalam1,2, Srinivasan Manikkam1, Ramasamy Perumalsamy1 (SriSivasubramaniya Nadar College of Engineering, India, St. Joseph's College (Autonomous), India)
90

[WeP-31-45]
Multiscale modeling on the grain evolution of the SMART ingot growing process by the
3D CAFE method
Xin Liu1, Hiroyuki Tanaka1, Kentaro Kutsukake2, Takuto Kojima1, Noritaka Usami1 (1. Nagoya Univ.,
Japan, 2. RIKEN, Japan)[WeP-31-46]
Reflection measurement system with telecentric optics for prediction of crystal
orientation in large-scale multicrystalline structure
Takuto Kojima1, Kyoka Hara1, Kentaro Kutsukake2, Tetsuya Matsumoto1, Hiroaki Kudo1,Noritaka
Usami1 (1. Nagoya Univ., Japan, 2. RIKEN, Japan)[WeP-31-47]
First-principles phase-field simulations for vacancy and interstitial aggregates in silicon
Yusuke Noda1, Riichi Kuwahara2, Ryoji Sahara3, Koji Sueoka1, Kaoru Ohno4 (1. Okayama
Prefectural Univ., Japan, 2 Dassault Systèmes K. K., Japan, 3. National Inst. Materials Science,
Japan, 4. Yokohama National Univ., Japan)[WeP-31-48]
Influence of saw damage removal and surface modification on the reflectivity andminority carrier lifetime of multicrystalline silicon
Akhil Krishnan, Aravindan Guruswamy, P. Balaji Bhargav, Aravinth K., Balaji C., Balamurugan N.,
Ramasamy P. (Sri Sivasubramaniya Nadar College of Engineering, India)[WeP-31-49]
Experimental measurement of growth velocity anisotropy along {100}, {110} and {111}planes of silicon during melt growth process
Shashank Shekhar Mishra, Lu-Chung Chuang, Jun Nozawa, Kensaku Maeda, Haruhiko Morito,
Kozo Fujiwara[WeP-31-50]
Dislocation generation from small-angle grain boundaries during directional
solidification of multicrystalline silicon
Lu-Chung Chuang, Kensaku Maeda, Haruhiko Morito, Kozo Fujiwara

91(Tohoku Univ., Japan)

PVSEC33

Area 3: Photovoltaic modules, solar cells, advanced materials, sophisticated processes, cell andmodule characterizations
Sub-area 3-1: Wafer-based silicon photovoltaics and related technologies[WeO-31g] Poly-Si Contact
Session Chairs: Shinsuke Miyajima (Tokyo Inst. Technology, Japan), Verena Mertens (Inst. Solar
Energy Research Hamelin, Germany)
Wed. Nov 16, 2022 3:30 PM - 5:30 PM 141+142 (Bldg. 1, 4F)[WeO-31g-01] 3:30 PM – 4:00 PM(INVITED) Manufacturing high-efficiency n-type crystalline Si solar cells with poly-Si
based passivating contacts
Robert Dumbrell, Xinyu Zhang, Jie Yang, Peiting Zheng, Menglei Xu, Qi Wang (Zhejiang Jinko
Solar Co., Ltd., China)[WeO-31g-02] 4:00 PM – 4:15 PM
Applying galvanic corrosion principles in the fabrication of 21% efficient Si solar cellfeaturing hole-selective poly-Si passivating contact with J0 < 1 fA/cm2
Caroline Lima Salles de Souza1,2, William Nemeth2, Harvey Guthrey2, Chun-Sheng Jiang2, Sumit
Agarwal1,2, Paul Stradins2 (1. Colorado School of Mines, USA, 2. National Renewable Energy Lab.,USA)[WeO-31g-03] 4:15 PM – 4:30 PM
High-efficiency low-cost IBC upgrade of existing PERC+ production lines: the POLO
IBC with PECVD shadow mask approach
Thorsten Dullweber1, Verena Mertens1, Ulrike Baumann1, Tsuji Kosuke2, Marwan Dhamrin2,3, Rolf
Brendel1,4 (1 Inst. Solar Energy Research Hamelin, Germany, 2. Toyo Aluminium K.K., Japan, 3.
Osaka Univ., Japan, 4. Univ. Hanover, Germany)[WeO-31g-04] 4:30 PM – 4:45 PM
Pathways for above 26% efficiency poly-silicon contacted solar cells in mass
production
Peiting Zheng1, Jie Yang1, Zhao Wang1, Jinjin Cheng1, Chuanwei Jiang1, Yao Guo1, Haijie Sun1,
Shi Cheng1, Xinyu Zhang1, Hao Jin1, Sieu Pheng Phang2, Er-Chien Wang2, Josua Stuckelberger2,
Hang Cheong Sio2, Daniel Macdonald2 (1. Jinko Solar, China, 2. Australian National Univ.,
Australia)[WeO-31g-05] 4:45PM – 5:00 PM
Inkjet printing for boron-doped polycrystalline silicon passivating contacts
Jiali Wang1, Thien N. Truong1, Sieu Pheng Phang1, Zhuofeng Li1, Jie Yang2, Zhao Wang2, Peiting
Zheng2, Xinyu Zhang3, Hieu T. Nguyen1, Daniel Macdonald1, Josua Stuckelberger1 (1. Australian
National Univ., Australia, 2. Zhejiang Jinko Solar Co., Ltd, China, 3. Jinko Solar Co., Ltd, China)
92

[WeO-31g-06] 5:00 PM – 5:15 PM
Low-area selective screen-printed contacts for high-efficiency PERC and TOPCon
solar cells
Yuchao Zhang, Li Wang, Moonyong Kim, Arastoo Teymouri, Ran Chen, Catherine Chan, BrettHallam (Univ. New South Wales, Australia)[WeO-31g-07] 5:15 PM – 5:30 PM
Evaluation of passivation layer for TOPCon formed by sputtering and ion implantation
Noboru Yamaguchi1,2, Shinsuke Miyajima1 (1. Tokyo Inst. Technology, Japan, 2. ULVAC, Inc.,
Japan)93

PVSEC33

Area 3: Photovoltaic modules, solar cells, advanced materials, sophisticated processes, cell andmodule characterizations
Sub-area 3-1: Wafer-based silicon photovoltaics and related technologies[ThO-31h] Modules and Reliability
Session Chairs: Akira Terakawa (Photovoltaic Power Generation Technology Research
Association, Japan), Marwan Dhamrin (Toyo Aluminium K.K., Japan/Osaka Univ., Japan)
Thu. Nov 17, 2022 8:30 AM - 10:00 AM 141+142 (Bldg. 1, 4F)[ThO-31h-01] 8:30 AM – 9:00 AM(INVITED) Challenges for silicon heterojunction technology: from raw materials toenergy production
Wilfried Favre, Delfina Muñoz, E. Voroshazi, V. Barth, G. Rey, R. Monna, S. Harrison (Univ.
Grenoble Alpes, CEA, LITEN, INES, France)[ThO-31h-02] 9:00 AM – 9:15 AM
Impact of damp-heat on flexible and light-weight silicon heterojunction solar modules
Kai Zhang1,2, Yilin Zhao1, Andreas Lambertz1, Oleksandr Mashkov3, Lauterbach Volker1, Oleksandr
Stroyuk3, Weiyuan Duan1, Kaining Ding1, Ian Marius Peters3, Uwe Rau1,2 (1, Forschungszentrum
Jülich GmbH, Germany, 2. Aachen Univ., Germany, 3. Helmholtz-Inst. Erlangen Nürnberg fürErneuerbare Energien, Germany)[ThO-31h-03] 9:15 AM – 9:30 AM
Determining the sensitivity required for fault detection in modules by magnetic fieldimaging
Ryan Noek Kelvin Hall, Haoyu Zhong, Oliver Kunz, Thorsten Trupke, Fiacre E. Rougieux (Univ.
New South Wales, Australia)[ThO-31h-04] 9:30 AM – 9:45 AM
Second-stage potential-induced degradation of n-type front-emitter crystalline silicon
photovoltaic modules and its recovery
Keisuke Ohdaira1, Yutaka Komatsu1, Seira Yamaguchi1,2, Atsushi Masuda3 (1. Japan Advanced
Inst. Science and Technology, Japan, 2. Univ. Tsukuba, Japan, 3. Niigata Univ., Japan)[ThO-31h-05] 9:45 AM – 10:00 AM
Novel concept of crystalline Si photovoltaic modules without encapsulation and theirhygrothermal and thermal-cycle tolerance
Nobuhito Imajo1, Keisuke Ohdaira2, Atsushi Masuda1 (1. Niigata Univ., Japan, 2. Japan Advanced
Inst. Science and Technology, Japan)

94

PVSEC33

Area 3: Photovoltaic modules, solar cells, advanced materials, sophisticated processes, cell andmodule characterizations
Sub-area 3-2: Organic and inorganic thin-film photovoltaics, III-V high-efficiency devices and related
technologies[MoO-32a] Organic and Dye-synthesized Solar Cells I
Session Chairs: Keisuke Tajima (RIKEN, Japan), Masatoshi Yanagida, (National Inst. Materials
Science, Japan)
Mon. Nov 14, 2022 8:30 AM - 10:00 AM 133+134 (Bldg. 1, 3F)[MoO-32a-01] 8:30 AM – 9:00 AM(INVITED) Organic solar cells processed from green solvents
Thuc-Quyen Nguyen (Univ. California, Santa Barbara, USA)

[MoO-32a-02] 9:00 AM – 9:15 AM
Why is Y6 a good electron-acceptor for organic photovoltaics?
Kyohei Nakano1, Kosuke Terado2, Yumiko Kaji1, Hiroyuki Yoshida2, Keisuke Tajima1 (1. RIKEN,
Japan, 2. Chiba Univ., Japan)[MoO-32a-03] 9:15 AM – 9:30 AM
A novel π-conjugated polymer enabling small voltage loss and high charge carrier
generation in nonfullerene-based organic photovoltaics
Tsubasa Mikie1, Shota Suruga1, Yuuki Sato2, Takumi Ishikawa2, Hyung Do Kim2, Hideo Ohkita2,
Itaru Osaka1 (1. Hiroshima Univ., Japan, 2. Kyoto Univ., Japan)[MoO-32a-04] 9:30 AM – 9:45 AM
Using donor-acceptor conjugated block copolymers as single-component photoactive
materials or as compatibilizers in organic photovoltaics
Yu-Cheng Tseng1, Aoto Kato2,Jia-Fu Chang1, Tomoya Higashihara2, Chu-Chen Chueh1,3 (1.
National Taiwan Univ., Taiwan, 2 Yamagata Univ., Japan, 3. Advanced Research Center for Green
Materials Science and Technology, Taiwan)[MoO-32a-05] 9:45 AM – 10:00 AM
Facile fabrication and characterization of solid-state dye-sensitized solar cells utilizing
iodine-based redox electrolyte
Yuki Kurokawa, Shyam S. Pandey (Kyusyu Inst. Technology, Japan)

95

PVSEC33

Area 3: Photovoltaic modules, solar cells, advanced materials, sophisticated processes, cell andmodule characterizations
Sub-area 3-2: Organic and inorganic thin-film photovoltaics, III-V high-efficiency devices and related
technologies[MoO-32b] Organic and Dye-synthesized Solar Cells II
Session Chairs: Itaru Osaka (Hiroshima Univ., Japan), Kazuhiro Marumoto (Univ. Tsukuba,
Japan)
Mon. Nov 14, 2022 10:30 AM - 12:00 PM 133+134 (Bldg. 1, 3F)[MoO-32b-01] 10:30 AM – 10:45 AM
Molecular orientation of planar-zigzag shaped polymer semiconductors in organic solar
cells
Fengkun Chen, Kyohei Nakano, Yumiko Kaji, Keisuke Tajima (RIKEN, Japan)[MoO-32b-02] 10:45 AM – 11:00 AM
Rigid and coplanar thiazole-containing π-conjugated polymers for nonfullerene-basedorganic photovoltaics
Yoshikazu Teshima, Masahiko Saito, Tsubasa Mikie, Itaru Osaka (Hiroshima Univ., Japan)[MoO-32b-03] 11:00 AM – 11:15 AM
Exciton dynamics of fused ring conjugated nonfullerene acceptors based on
dithienonaphthobisthiadiazole
Yuki Sato1, Hiroya Yamada1, Tsubasa Mikie2, Itaru Osaka2, Hideo Ohkita1 (1. Kyoto Univ., Japan,
2. Hiroshima Univ., Japan)[MoO-32b-04] 11:15 AM-11:30 AM
A theoretical study on dynamical processes of charge transfer excitons at the interfaceof organic thin-film solar cells
Sumire Ikeyama, Megumi Mineshita, Yuzuka Minami, Azusa Muraoka (Japan Women’s Univ.,
Japan)[MoO-32b-05] 11:30 AM – 11:45 AM
Air-stable ultrathin organic photovoltaics
Sixing Xiong1,2 Kenjiro Fukuda1 Yinhua Zhou2 Takao Someya1,3 (1. RIKEN, Japan, 2. Huazhong
Univ. Science and Technology, China, 3. Univ. Tokyo, Japan)[MoO-32b-06] 11:45 AM – 12:00 PM
12-year outdoor working test of dye-sensitized solar cell modules using an ionic liquid
electrolyte
Naohiko Kato1, Hiromitsu Tanaka1, Yasuhiko Takeda1, Kazuo Higuchi1, Junji Nakajima2 (1. Toyota
Central R&D Labs., Inc., Japan, 2 Aisin Corp., Japan)
96

PVSEC33

Area 3: Photovoltaic modules, solar cells, advanced materials, sophisticated processes, cell andmodule characterizations
Sub-area 3-2: Organic and inorganic thin-film photovoltaics, III-V high-efficiency devices and related
technologies[TuO-32c] III-V Materials and Multi-junction Solar Cells
Session Chairs: Kentaroh Watanabe (Univ. Tokyo, Japan), Arno H. M. Smets (Delft Univ.
Technology, The Netherlands)
Tue. Nov 15, 2022 10:30 AM - 12:00 PM 133+134 (Bldg. 1, 3F)[TuO-32c-01] 10:30 AM – 10:45 AM
III-V multi-junction solar cells grown by hydride vapor phase epitaxy
Yasushi Shoji1, Ryuji Oshima1, Kikuo Makita1, Akinori Ubukata2, Takeyoshi Sugaya1 (1. National
Inst. Advanced Industrial Science and Technology, Japan, 2. Taiyo Nippon Sanso Corp., Japan)[TuO-32c-02] 10:45 AM – 11:00 AM
Use of back reflectors in multi junction solar cells: A case study on micromorph
configuration tandem solar cells
Govind Padmakumar1, Gianluca Limodio1, Thierry de Vrijer1, Federica Saitta1, Edward Hamers2,
Arno Smets1 (1. Delft Univ. Technology, The Netherlands, 2. HyET Solar Netherlands B.V., The
Netherlands)[TuO-32c-03] 11:00 AM – 11:15 AM
Influence of filter temperature in reference cells for multi-junction photovoltaic devices
Haruya Shimura, Takashi Ueda, Kengo Yamagoe, Ayumi Sasaki, Masahiro Yoshita (National Inst.
Advanced Industrial Science and Technology, Japan)[TuO-32c-04] 11:15 AM – 11:30 AM
Rear-heterojunction AlGaAs solar cell with p-type absorber
Gan Li, Hassanet Sodabanlu, Kentaroh Watanabe, Masakazu Sugiyama, Yoshiaki Nakano (Univ.
Tokyo, Japan)[TuO-32c-05] 11:30 AM – 11:45 AM
Electroluminescence analysis of InGaP solar cells grown in a planetary MOVPE with
TBP
Hassanet Sodabanlu, Gan Li, Kentaroh Watanabe, Yoshiaki Nakano, Masakazu Sugiyama (Univ.
Tokyo, Japan)[TuO-32c-06] 11:45 AM – 12:00 PM
Enhancement of carrier lifetime in ZnSnP2 bulk crystals by control of conditions during
crystal growth
Isshin Sumiyoshi, Yoshitaro Nose (Kyoto Univ., Japan)
97

PVSEC33

Area 3: Photovoltaic modules, solar cells, advanced materials, sophisticated processes, cell andmodule characterizations
Sub-area 3-2: Organic and inorganic thin-film photovoltaics, III-V high-efficiency devices and related
technologies[TuO-32d] Chalcogenide Solar Cells I - Absorber Materials andProcessing
Session Chairs: JunHo Kim (Incheon National Univ., Korea), Takahito Nishimura (Tokyo Inst.
Technology, Japan)
Tue. Nov 15, 2022 10:30 AM - 12:00 PM 432 (Bldg. 4, 3F)[TuO-32d-01] 10:30 AM – 10:45 AM
Towards high efficiency kesterite solar cells
Xiaojing Hao, Jialiang Huang, Jianjun Li, Kaiwen Sun, Mingrui He, Jialin Cong, Ao Wang, Martin
Green (Univ. New South Wales, Australia)[TuO-32d-02] 10:45 AM – 11:00 AM
Over 12% efficient CuIn(S,Se)2 solar cell with the absorber fabricated fromdimethylformamide solution by doctor-blading in ambient air
Chengfeng Ma, Hao Xin, Chunxu Xiang (Nanjing Univ. Posts & Telecommunications, China)[TuO-32d-03] 11:00 AM – 11:15 AM
Roadmap to achieve over 16% power conversion efficiency with wide band-gap
Cu(In,Ga)S2 solar cell
Mohit Sood1, Damilola Adeleye1, Adam Hultqvist2, Tobias Törndahl2, Susanne Siebentritt1 (1. Univ.
Luxembourg, Luxembourg, 2. Uppsala Univ., Sweden)[TuO-32d-04] 11:15 AM – 11:30 AM
10.3% efficient green Cd-free Cu2ZnSnS4 solar cells enabled by liquid-phase promoted
grain growth
Xiaojie Yuan, Jianjun Li, Jialiang Huang, Xin Cui, Chang Yan, Kaiwen Sun, Jialin Cong, Mingrui He,
Ao Wang, Guojun He, Arman Mahboubi Soufiani, Junjie Jiang, Shujie Zhou, John A. Stride, Bram
Hoex, Martin Green, Xiaojing Hao (Univ. New South Wales, Australia)[TuO-32d-05] 11:30 AM – 11:45 AM
Effects of insertion of Ag-doped layer on high efficiency aqueous sprayed CZTSSe
solar cells
Temujin Enkhbat, Enkhjargal Enkhbayar, Namuundari Otgontamir, Md Salahuddin Mina, JunHo
Kim (Incheon National Univ., Korea)[TuO-32d-06] 11:45 AM – 12:00 PM
Control of electronic structure in (Cu,Ag)(Ga,In)Se2 for high efficiency solar cells
Takahiro Wada, Tsuyoshi Maeda, Reina Yano, Tomoya Ishida, Nao Kawano (Ryukoku Univ. Japan)
98

PVSEC33

Area 3: Photovoltaic modules, solar cells, advanced materials, sophisticated processes, cell andmodule characterizations
Sub-area 3-2: Organic and inorganic thin-film photovoltaics, III-V high-efficiency devices and related
technologies[TuP-32] Organic and Inorganic Thin-film Photovoltaics, III-V
High-efficiency Devices and Related Technologies
Tue. Nov 15, 2022 12:00 PM - 3:00 PM P-32/Event Hall (Bldg. 1, 1F)[TuP-32-01]
Novel nonfullerene acceptors based on benzimidazole moieties for organic
photovoltaics
Shohei Ohno, Tsubasa Mikie, Itaru Osaka (Hiroshima Univ., Japan)[TuP-32-02]
The effects of recombination dynamics and phase-separated structures on fill factor inall-polymer solar cells
Jihun Jeon, Hyung Do Kim, Hideo Ohkita (Kyoto Univ., Japan)[TuP-32-03]
Interplay between π-conjugated polymer donors and acceptors determines crystalline
order of their blends and photovoltaic performance
Kodai Yamanaka, Masahiko Saito, Itaru Osaka (Hiroshima Univ., Japan)[TuP-32-04]
Investigation of organic solar cells as photodetectors
Jiaxun You, Md. Shahiduzzaman, Masahiro Nakano, Makoto Karakawa, Kohichi Iiyama, Tetsuya
Taima (Kanazawa Univ., Japan)[TuP-32-05]
Effect of DMSO on the morphology of PEDOT:PSS thin films for applications in hybrid
solar cells
Aditya Saha1, Takahiko Sasaki1, Daisuke Ohori1, Keisuke Itoh2, Seiji Samukawa1,3 (1. Tohoku Univ.,
Japan, 2. ITIM, Japan, 3. National Yang Ming Chiao Tung Univ., Taiwan)[TuP-32-06]
Screening the triphenylamine functionalized perylene based sensitizers for dye
sensitized solar cell applications – A theoretical approach
D. Nickson Sebastin, Prasath Manivannan (Periyar University, India)[TuP-32-07]
Controlling the dye adsorption on TiO2 for bifacial dye-sensitized solar cells: Implicationof bilayer vs. mixed dyes adsorption
99Suraya Shaban1, Ajendra Kumar Vats2, Shyam Pandey1 (1. Kyushu Inst. Technology, Japan, 2.
Nara Advanced Inst. Science and Technology, Japan)[TuP-32-08]
Screening the influence of methoxy and anisyl groups to perylene based sensitizers
for dye sensitized solar cell applications – A computational approach
D. Nicksonsebastin1, Devendiran Shobana Priyanka2, B. Sathya2, M. Srinivasan2, M. Prasath1, P.
Ramasamy2 (1. Periyar Univ., India, 2. SSN College of Engineering, India)[TuP-32-09]
Improvement of organic solar cells by using the localized surface plasmon resonanceeffect of metal nanoparticles
Yuting Miao, Sachiko Jonai, Kazunari Shinbo, Keizo Kato, Akira Baba (Niigata Univ., Japan)[TuP-32-10]
Surface passivation and carrier separation effects of Zn1-xGexOy interlayers for BaSi2
solar cells
Kaori Takayanagi, Yudai Yamashita, Kaoru Toko Takashi Suemasu (Univ. Tsukuba, Japan)[TuP-32-11]
Improvement of characteristics of Cu2SnS3 thin-film solar cells by adding alkali metals
Hideaki Araki1, Naiwei Zhang1, Takeshi Tasaki1, Daiki Motai1, Yoji Akaki2 (1. National Inst.
Technology, Nagaoka College, Japan, 2. National Inst. Technology, Miyakonojo College, Japan)[TuP-32-12]
Rear surface passivation of superstrated Sb2Se3 solar cells via selenium postdeposition annealing treatment and hole-transport layer application
Yazi Wang, Seunghwan Ji, Byungha Shin (Korea Advanced Inst. Science and Technology, Korea)[TuP-32-13]
Grain boundary structures and energetics in CdTe: An artificial-neural-network
interatomic potential and first-principles approach
Tatsuya Yokoi1, Kosuke Adachi1, Yu Oshima1, Katsuyuki Matsunaga1,2 (1. Nagoya Univ., Japan, 2.
Japan Fine Ceramics Center, Japan)[TuP-32-14]
Novel MXenes based carrier selective contact for Sb2Se3 & c-Si based solar cells
Axel Gon Medaille1, Francesc Xavier Capella2, Eloi Ros2, Kunal Tiwari1, Sergio Giraldo2, Marcel
Placidi2, Joaquim Puigdollers2, Edgardo Saucedo2, Zacharie Jehl Li-Kao2 (1. Catalonian Inst.
Energy Research, Spain, 2. Polytechnic Univ. Catalonia, Spain)[TuP-32-15]
Control of conduction type in SnS by cation doping100

Haruki Watari1, Kohei Ishigai1, Yoshitaro Nose1, Ikumi Osawa1, Akira Nagaoka2, Kensuke Nishioka2(1. Kyoto Univ., Japan, 2. Univ. Miyazaki, Japan)[TuP-32-16]
Feasibility study of magnetic scattering holography using polarized neutrons
Tomoya Kanno1, Motoki Takano1, Shota Hoshi1, Yodai Kobayashi1, Yuka Tomimatsu1, Koki Aizawa1,
Shuta Kawakami1, Yuto Fukui2, Kota Yamakawa2, Hajime Nakada2, Shingo Takahashi1, Takuya
Okudaira3,4, Takayuki Oku1,3, Keisuke Sato5, Masahide Harada3, Kenichi Oikawa3, Koichi Hayashi2,
Kenji Ohoyama1 (1. Ibaraki Univ., Japan, 2. Nagoya Inst. Technology, Japan, 3. Japan Proton
Accelerator Research Complex, Japan, 4. Nagoya Univ., Japan, 5. National Inst. Technology,
Ibaraki College, Japan)[TuP-32-17]
Mechanism of thermal runaway in solar cells
Tetsuya Nakamura1, Mitsuru Imaizumi1, Kazuya Murai2, Ryuta Kawamura2, Ikuo Nanno2 (1. Japan
Aerospace Exploration Agency, Japan, 2. National Inst. Technology, Ube College, Japan)[TuP-32-18]
Investigation of basic physical properties in Cu2Sn1-xGexS3 by observation ofphotoluminescence
Ryoma Hata1, Ayaka Kanai1, Mutsumi Sugiyama2, Kunihiko Tanaka1 (1. Nagaoka Univ. Technology,
Japan, 2. Tokyo Univ. Science, Japan)[TuP-32-19]
Observation of photoluminescence in Cu2Sn1-xSixS3 bulk crystals
Kazuhiro Iwasaki, Ayaka Kanai, Kunihiko Tanaka (Nagaoka Univ. Technology, Japan)[TuP-32-20]
Effect of copper doping and cadmium chloride treatment on the CdS/CdTe thin films
Ipsita Jena, Udai P Singh (Kalinga Inst. Industrial Technology, India)[TuP-32-21]
Numerical modelling and performance analysis of SnSSe thin film solar cell using
SCAPS-1D
Arindam Basak, Sankha Subhra Jana, Udai P Singh (Kalinga Inst. Industrial Technology, India)[TuP-32-22]
Characterization of SbxSey films grown from Sb and Se precursors via chemicalmolecular beam deposition (CMBD) for use in solar cells
T. M. Razykov1, J. Bekmirzoev1, Bobur Avazugli Ergashev1, D. Isakov1, Ramozan Ravshanovich
Khurramov1, K. M. Kouchkarov1, M. A. Makhmudov1, A. A. Mavlonov2, M. S. Tivanov3, D. S. Bayko3,
N. I. Poliak3, O. V. Korolik3 (1. Physical-Technical Inst., Uzbekistan, 2. Ritsumeikan Univ., Japan, 3.
Belarusian State Univ., Belarus)
101

[TuP-32-23]
Influence of deposition conditions and thermal annealing on properties of nickel oxide
films
Ryuya Ito, Yuto Ebata, Yuta Nagase, Shigeru Yamada, Takashi Itoh (Gifu Univ., Japan)[TuP-32-24]
Dislocation-induced gap states in CdTe: A first-principles study
Sena Hoshino1, Yu Oshima1, Tatsuya Yokoi1, Atsutomo Nakamura2, Katsuyuki Matsunaga1,3 (1.
Nagoya Univ., Japan, 2. Osaka Univ., Japan, 3. Japan Fine Ceramics Center, Japan)[TuP-32-25]
Ultrathin film of tungsten, tungsten oxide and tungsten nitride: A study on growth andcharacterizations
Mohammad Kamal Hossain, Faisal Ali Alamr (King Fahd Univ. Petroleum & Minerals, Saudi Arabia)[TuP-32-26]
A challenge of observing hydrogen atoms in metals using white neutron holography
Yuka Tomimatsu1, Yodai Kobayashi1, Tomoya Kanno1, Motoki Takano1, Shouta Hoshi1, Kohki
Aizawa1, Shuta Kawakami1, Masahide Harada2, Kenichi Oikawa2, Yasuhiro Inamura2, Saya Ajito3,
Eiji Akiyama3, Shinichi Orimo3, Koichi Hayashi4, Kenji Ohoyama1 (1. Ibaraki Univ., Japan, 2. Japan
Proton Accelerator Research Complex, Japan, 3. Tohoku Univ., Japan, 4. Nagoya Inst. Technology,
Japan)[TuP-32-27]
Structural and optical properties of Ga2O3 films RF magnetron sputtered on various
substrates
Vijay B. Patil, Jin Hyeok Kim (Chonnam National Univ., Korea)[TuP-32-28]
10.7% efficient Cd-free Cu2ZnSnS4 solar cell with over 800 mV open-circuit voltage
enabled by Ge incorporation
Ao Wang, Kaiwen Sun, Jialiang Huang, Martin A Green, Xiaojing Hao (Univ. New South Wales,
Australia)[TuP-32-29]
Controlling device instabilities with i-ZnO oxygen content in chalcogenide solar cells
Alejandro Navarro1, Kunal J. Tiwari2, Alex Jimenez2, Sergio Giraldo1, Edgardo Saucedo1, ZacharieJehl1, Marcel Placidi1,2 (1. Polytechnic Univ. Catalonia , Spain, 2. Inst. Recerca en Energia deCatalunya, Spain)[TuP-32-30]
Improved device performances of CIGS solar cells induced by Ag treatment
102

Kihwan Kim1, Jihseon Hwang1,2, Inyoung Jeong1, Donghyeop Shin1, Inchan Hwang1, Hyo Sik
Chang2, Jae Ho Yun3, Jihye Gwak1 (1. Korea Inst. Energy Research, Korea, 2. Chungnam National
Univ., Korea, 3. Korea Inst, Energy Technology, Korea)[TuP-32-31]
Growth mechanism and fabrication of pure sulfide CuIn(Ga)S2 solar cell bysulfurization
Yota Suzuki, Dwinanri Egyna, Tomoki Shibata, Takahito Nishimura, Akira Yamada (Tokyo Inst.
Technology, Japan)[TuP-32-32]
Radiation tolerance of Cu(In,Ga)Se2 solar cells irradiated by proton beam
Jiro Nishinaga1, Manabu Togawa2, Shogo Ishizuka1 (1. National Inst. Advanced Industrial Scienceand Technology, Japan, 2. High Energy Accelerator Research Organization, Japan)[TuP-32-33]
Fabrication of high efficient narrow bandgap CuInSe2 (CIS) solar cell via alkaline
treatment
Md Salahuddin Mina, Enkhjargal Enkhbayar, Namuundari Otgontamir, JunHo Kim (Incheon
National Univ., Korea)[TuP-32-34]
Investigation of electrical properties of (Cu1-xAgx)2ZnSnS4
Kouichi Okamoto, Akira Nagaoka, Katsuma Nagatomo, Kenji Yoshino, Kenji Nishioka (Univ.
Miyazaki, Japan)[TuP-32-35]
Zn-Ge-O thin-films as alternative n-type layers for chalcogenide solar cells
Dwinanri Egyna, Satoru Ito, Takahito Nishimura, Akira Yamada (Tokyo Inst. Technology, Japan)[TuP-32-36]
Precursor solution chemistry modification via eco-friendly additive enabling CZTSSe
solar cell with 12.07% efficiency
Fangyang Liu, Xiangyun Zhao, Yining Pan (Central South Univ., China)[TuP-32-37]
Effect of NaF addition to precursor for fabricating Cu2ZnSnSe4 thin films on alkali-freesubstrates by selenization
Yuta Tamura, Katsuhiko Saito, Qixin Guo, Tooru Tanaka (Saga Univ., Japan)[TuP-32-38]
Study of surface etchants for ink-based Cu-rich CuIn(S,Se)2 thin film solar
Sunil Suresh, Alexander R. Uhl (Univ. British Columbia, Canada)
103

[TuP-32-39]
Investigation of potential-induced degradation (PID) mechanism in CIGS thin film solar
cells
Solhee Lee, Soohyun Bae, Se Jin Park, Yoonmook Kang, Donghwan Kim, Hae-Seok Lee (Korea
Univ., Korea)[TuP-32-40]
Back contact engineering in CZTSSe thin-film solar cells: A strategy to reduce theopen-circuit voltage loss
Myeong Cheol Baek, Jin Hyeok Kim (Chonnam National Univ., Korea)[TuP-32-41]
Performance improvement of flexible Cu2ZnSn(S, Se)4 thin film solar cells by Ge
dopingHojun Choi, Jinhyeok Kim (Chonnam National Univ., Korea)[TuP-32-42]
Effect of post laser annealing on stacked structure of CZTS thin film solar cells
Hiromichi Tamaki, Kazuo Jimbo, Yosuke Shimamune (National Inst. Technology, Nagaoka College,
Japan)[TuP-32-43]
Cu2ZnSnX4 (X: S, Se and SSe) kesterite-based photovoltaic devices
Meenakshi Sahu1,2, Chinho Park2, Pratibha Sharma1 (1. Indian Inst. Technology, India, 2 Korea Inst.
Energy Technology, Korea)[TuP-32-44]
Dual function improvement of back contact and absorption layer quality of CZTSSe
solar cells by a Na2Se interlayer
Lingling Wang, Yanqin Wang, Yawei Wang, Xintong Zhang (Northeast Normal Univ., China)[TuP-32-45]
Silver influence on physical properties of (Ag,Cu)(In,Ga)S2 thin films
Hiroki Mori, Jakapan Chantana, Yu Kawano, Takayuki Negami, Takashi Minemoto (Ritsumeikan
Univ., Japan)[TuP-32-46]
Charge carrier transport in flexible Cu(In,Ga)Se2 thin film solar cells with heavy alkali
incorporation
Ha Kyung Park1, Juran Kim1, Jiyoon Lee1, Mijeong Kim1, Kihwan Kim2, Jae Ho Yun3, Jihye Gwak2,
William Jo1 (1. Ewha Womans Univ., Korea, 2. Korea Inst. Energy Research, Korea, 3. Korea Inst.
Energy Technology, Korea)
104

[TuP-32-47]
Engineering of Interface and bulk properties in Cu2ZnSn(S,Se)4 thin-film solar cellswith ultrathin CuAlO2 intermediate layer and Ge doping
Kuldeep Singh Gour1, Jae Ho Yun1, Jin Hyeok Kim2 (1. Korea Inst. Energy Technology, Korea, 2.
Chonnam National Univ., Korea)[TuP-32-48]
Hydride vapor phase epitaxy growth of GaInAsP cells for two-terminal III-V//Si triplejunction structures
Yasushi Shoji1, Ryuji Oshima1, Kikuo Makita1, Akinori Ubukata2, Takeyoshi Sugaya1 (1. National
Inst. Advanced Industrial Science and Technology, Japan, 2 Taiyo Nippon Sanso Corp., Japan)[TuP-32-49]
Rapid growth of SiGe thin-films by pulsed laser annealing of Al-Ge alloyed pastes onsiliconTakeshi Sato1, Satoru Miyamoto1, Shota Suzuki2,3, Marwan Dhamrin2,3, Noritaka Usami1 (1.
Nagoya Univ., Japan, 2. Toyo Aluminium K.K., Japan, 3. Osaka Univ., Japan)[TuP-32-50]
Passivation effect of a-SiC on BaSi2 films for solar cell applications
Rui Du1, Hayato Hasebe1, Kazuki Kido1, Masami Mesuda2, Kaoru Toko1 Takashi Suemasu1 (1. Univ.
Tsukuba, Japan, 2. Tosoh Corp., Japan)[TuP-32-51]
Simple back-contact silicon heterojunction solar cells using polycrystalline silicon
formed by FLA on Cat-CVD a-Si:H films
Zheng Wang, Huynh Thi Cam Tu, Keisuke Ohdaira (Japan Advanced Inst. Science and Technology,
Japan)[TuP-32-52]
Relationships between the distribution of dislocation glide planes and electricalproperties of lattice-mismatched InGaAs solar cells
Junya Okubo1, Akio Ogura2, Masahiro Kawano1, Shogo Harada1, Kosuke Morita1, Hiroki Ohyama1,
Tomoki Harada1, Tetsuo Ikari1, Atsuhiko Fukuyama1, Mitsuru Imaizumi2, Hidetoshi Suzuki1 (1. Univ.
Miyazaki, Japan, 2. Japan Aerospace Exploration Agency, Japan)[TuP-32-53]
Photoluminescence imaging of III-V solar cells fabricated using hydride vapor phase
epitaxy
Daisuke Nagumo1,2, Yasushi Shoji1, Takeshi Tayagaki1, Ryuji Oshima1, Kikuo Makita1, Yoshinobu
Okano2, Takeyoshi Sugaya1 (1. National Inst. Advanced Industrial Science and Technology, Japan,
2. Tokyo City Univ., Japan)
105

[TuP-32-54]
Antimony surfactant-mediated epitaxy of GaP-based diluted nitride alloys for III-V/Si
solar cells
Keisuke Yamane, Masashi Hikosaka, Akihiro Wakahara (Toyohashi Univ. Technology, Japan)[TuP-32-55]
Formation and characterizations of sputter-deposited p-type polycrystalline BaSi2 films
using B-doped Si targets
Hayato Hasebe1, Kazuki Kido1, Haruki Takenaka1, Masami Mesuda2, Kaoru Toko1, Takashi
Suemasu1 (1. Univ. Tsukuba, Japan, 2. Tosoh Corp., Japan)[TuP-32-56]
Formation of p-NiO/n-BaSi2 hetero junction solar cells on glass substrates by radiofrequency sputtering
Haruki Takenaka1, Hayato Hasebe1, Kazuki Kido1, Masami Mesuda2, Kaoru Toko1, Takashi
Suemasu1 (1. Univ. Tsukuba, Japan, 2. Tosoh Corp., Japan)[TuP-32-57]
Mobility improvement of CBE-grown InGaAsN by using vicinal GaAs(001) substrate
Hirotaka Tamashiro, Nobuaki Kojima, Yoshio Ohshita (Toyota Technological Inst., Japan)[TuP-32-58]
Fabrication and characterizations of mono- and duo-doped alumina for thin-film solar
cell applications
Faisal Ali Alamr, Mohammad Kamal Hossain (King Fahd Univ. Petroleum & Minerals, Saudi Arabia)

106

PVSEC33

Area 3: Photovoltaic modules, solar cells, advanced materials, sophisticated processes, cell andmodule characterizations
Sub-area 3-2: Organic and inorganic thin-film photovoltaics, III-V high-efficiency devices and related
technologies[TuO-32e] Inorganic Tandem Solar Cells
Session Chairs: Yukiko Kamikawa (National Inst. Advanced Industrial Science and Technology,
Japan), Xiaojing Hao (Univ. New South Wales, Australia)
Tue. Nov 15, 2022 3:30 PM - 5:00 PM 133+134 (Bldg. 1, 3F)[TuO-32e-01] 3:30 PM – 4:00 PM(INVITED) Development and prospects of Cu2O tandem solar cells
Soichiro Shibasaki, Naoyuki Nakagawa, Yuya Honishi, Yukitami Mizuno, Mutsuki Yamazaki,
Atsushi Wada, Sara Yoshio, Yasutaka Nishida, Kanta Sugimoto, Junji Sano, Maho Hayase,
Kazushige Yamamoto (Toshiba Corp., Japan)[TuO-32e-02] 4:00 PM – 4:15 PM
Approaches for high-efficiency and low-cost Si tandem solar cells
Masafumi Yamaguchi, Kyotaro Nakamura, Ryo Ozaki, Nobuaki Kojima, Yoshio Ohshita (Toyota
Technological Inst., Japan)[TuO-32e-03] 4:15 PM – 4:30 PM
Development of modulated surface texturing for high-efficiency, thin-film, flexible,
silicon-based tandem solar cells in a roll-to-roll industrial environment
Gianluca Limodio1,

GovindPadmakumar1,

Jimmy

Melskens2,

Chinmaya Rath1,

Rajat

Subramanian1, Mohammed El Makkaoui2, Edward Hamers2 , Arno Smets1 (1. Delft Univ.
Technology, The Netherlands, 2HyET Solar Netherlands B.V., The Netherlands)[TuO-32e-04] 4:30 PM – 4:45 PM
GaAs/Si tandem solar cell with optically transparent InAlAs/GaAs dislocation filter
layers towards to cost-effective and high performance triple junction on Si solar cell
Yeonhwa Kim1,2, Rafael Chu1,2, Eunkyo Ju2, May Angelu Madarang1,2, Tae Soo Kim2,3, Won Jun
Choi2, Daehwan Jung1,2 (1. Univ. Science and Technology, Korea, 2. Korea Inst. Science andTechnology, Korea, 3. Yonsei Univ., Korea)[TuO-32e-05] 4:45 PM – 5:00 PM
Advances in ACIGS thin film photovoltaics for bifacial flexible and tandem applications
Shih-Chi Yang, Shiro Nishiwaki, Maximilian Krause, Huagui Lai, Severin Siegrist, Radha K.
Kothandaraman, Ramis Hertwig, Fan Fu, Romain Carron, Ayodhya N. Tiwari (Empa-Swiss FederalLabs. for Materials Science and Technology, Switzerland)

107

PVSEC33

Area 3: Photovoltaic modules, solar cells, advanced materials, sophisticated processes, cell andmodule characterizations
Sub-area 3-2: Organic and inorganic thin-film photovoltaics, III-V high-efficiency devices and related
technologies[TuO-32f] Characterization and Analysis
Session Chairs: Shogo Ishizuka (National Inst. Advanced Industrial Science and Technology,
Japan), Yoshitaro Nose (Kyoto Univ.)
Tue. Nov 15, 2022 5:30 PM - 7:00 PM 133+134 (Bldg. 1, 3F)[TuO-32f-01] 5:30 PM – 6:00 PM(INVITED) Grain boundaries and dislocations in various inorganic photovoltaic
materials
Daniel Abou-Ras (Helmholtz-Zentrum Berlin für Materialien und Energie GmbH, Germany)[TuO-32f-02] 6:00 PM – 6:15 PM
Analysis of EBIC time-variation using 2D simulation including charge states in VSe–VCu
divacancy complex
Ryotaro Fukuda, Shinkai Shimizu, Takahito Nishimura, Akira Yamada (Tokyo Inst. Technology,
Japan)[TuO-32f-03] 6:15 PM – 6:30 PM
On the origin of tail states in Cu(In,Ga)Se2: bulk vs grain boundaries
Omar Ramírez1, Jiro Nishinaga2, Susanne Siebentritt1 (1. Univ. Luxembourg, Luxembourg, 2.
National Inst. Advanced Industrial Science and Technology, Japan)[TuO-32f-04] 6:30 PM – 6:45 PM
How band tail recombination and quasi-fermi level splitting influence the open-circuit
voltage loss in CIGS solar cells
Hamidou Tangara1, Yulu He1 , Muhammad Monirul Islam1, Shogo Ishizuka2, Takeaki Sakurai1 (1Univ. Tsukuba, Japan, 2. National Inst. Advanced Industrial Science and Technology, Japan)[TuO-32f-05] 6:45 PM – 7:00 PM
Unveiling microscopic carrier loss mechanisms in 12% efficient Cu2ZnSnSe4 solar cells
Jianjun Li1, Jialiang Huang1, Fajun Ma1, Thomas Unold2, Martin A. Green1, Xiaojing Hao1 (1. Univ.
New South Wales, Australia, 2. Helmholtz-Zentrum für Materialien und Energie, Germany)108

PVSEC33

Area 3: Photovoltaic modules, solar cells, advanced materials, sophisticated processes, cell andmodule characterizations
Sub-area 3-2: Organic and inorganic thin-film photovoltaics, III-V high-efficiency devices and related
technologies[WeO-32g] Si-related Materials for Thin-film Solar Cells
Session Chairs: Hitoshi Sai (National Inst. Advanced Industrial Science and Technology, Japan),
Olindo Isabella (Delft Univ. Technology, The Netherlands)
Wed. Nov 16, 2022 10:30 AM - 12:00 PM 133+134 (Bldg. 1, 3F)[WeO-32g-01] 10:30 AM – 10:45 AM
Effect of annealing ambient on SiGe layer formation using Al-Ge paste for III-V solar
cell application
Shota Suzuki1,3, Kaito Kitaura3, Moeko Matsubara1, Hideaki Minamiyama1, Marwan Dhamrin1,2,
Yasufumi Fujiwara2, Yukiharu Uraoka3 (1. Toyo Aluminium K.K., Japan, 2. Osaka Univ., Japan, 3.
Nara Inst. Science and Technology, Japan)[WeO-32g-02] 10:45 AM – 11:00 AM
Hydrogen passivation on SiGe solar cells grown on silicon substrates using amorphoussilicon layers
Zhenyu Sun, Zhuangyi Zhou, Hao Luo, Brett Hallam, Li Wang (Univ. New South Wales, Australia)[WeO-32g-03] 11:00 AM – 11:15 AM
Atomic hydrogen passivation effect on BaSi2 films containing interstitial silicon atoms
Sho Aonuki1, Kaoru Toko1, Dmitri B. Migas2,3, Takashi Suemasu1 (1. Univ. Tsukuba, Japan, 2.
Belarusian State Univ. Informatics and Radioelectronics, Belarus, 3. National Research Nuclear
Univ., Russia)[WeO-32g-04] 11:15 AM – 11:30 AM
Host-crystal orientation effects on SiGe epitaxial films grown by annealing Al-Ge
alloyed pastes
Keisuke Fukuda1, Satoru Miyamoto1, Shota Suzuki2,3, Masahiro Nakahara1,2, Marwan Dhamrin2,3,
Kensaku Maeda4, Kozo Fujiwara4, Noritaka Usami1 (1. Nagoya Univ., Japan, 2. Toyo Aluminium
K.K., Japan, 3. Osaka Univ., Japan, 4. Tohoku Univ., Japan)[WeO-32g-05] 11:30 AM – 11:45 AM
Evaluation of EPR-sensitive B-related defects in BaSi2 by density functional theory
approach
Yuguang Cao1,2, Jean-Marie Mouesca2, Serge Gambarelli2, Takashi Suemasu1 (1. Univ. Tsukuba,
Japan, 2Univ. Grenoble Alpes, CNRS, CEA, INAC-SyMMES, France)[WeO-32g-06] 11:45 AM – 12:00 PM
Impact of copper clusters in thin film solar cell: A study on simulation and fabrication
109

thereof
Mohammad Kamal Hossain, Faisal Ali Alamr (King Fahd Univ. Petroleum & Minerals, Saudi Arabia)

110

PVSEC33

Area 3: Photovoltaic modules, solar cells, advanced materials, sophisticated processes, cell andmodule characterizations
Sub-area 3-2: Organic and inorganic thin-film photovoltaics, III-V high-efficiency devices and related
technologies[WeP-32] Organic and Inorganic Thin-film Photovoltaics, III-V
High-efficiency Devices and Related Technologies
Wed. Nov 16, 2022 12:00 PM - 3:00 PM P-32/Event Hall (Bldg. 1, 1F)[WeP-32-01]
Impact of halogenation on properties and photovoltaic
dithienonaphotobisthiadiazole-based π-conjugated polymers

performancesin

Shota Suruga, Tsubasa Mikie, Itaru Osaka (Hiroshima Univ., Japan)[WeP-32-02]
Modulation spectroscopies for the characterization of the electronic transport
properties in inverted organic photovoltaics
Atsushi Okada1, Yuuki Okuno1, Takashi Kobayashi2, Takashi Nagase2, Hiroyoshi Naito2 (1. Osaka
Prefecture Univ., Japan, 2. Osaka Metropolitan Univ., Japan)[WeP-32-03]
Solution-plasma-induced oxygen vacancy enhances MoO3/Pt electrocatalytic counterelectrode for bifacial dye-sensitized solar cells
Yanan Li, Yinglin Wang, Xintong Zhang (Northeast Normal Univ., China)[WeP-32-04]
Highly photostable benzoindolenine-based squaraine dyes for organic photovoltaic
Yuya Yamada1, Yuki Uehashi1, Seiichiro Izawa2,3 Tomohiro Agou4, Toshiyasu Inuzuka1, Yasuhiro
Kubota1, Masahiro Hiramoto2,3, Kazumasa Funabiki1 (1. Gifu Univ., Japan, 2. Inst. Molecular
Science, Japan, 3. Graduate Univ. Advanced Studies, Japan, 4. Ibaraki Univ., Japan)[WeP-32-05]
High-transparence template-electrodeposited CoSx catalytic electrode for dyesensitized solar cells
Kuangyu Zhu, Jian fei Lin, Yinglin Wang, Xintong Zhang (Northeast Normal Univ., China)[WeP-32-06]
Enhancing output power of polymer electrolytes DSSCs with V-shape lowconcentrated light systems
Tika Erna Putri1, Fadzai Lesley Chawarambwa1, Pankaj Attri1, Kunihiro Kamataki1,2, Naho Itagaki1,2,
Kazunori Koga1,2, Masaharu Shiratani1,2 (Kyushu Univ., Japan, 2. National Inst. Natural Sciences,
Japan)
111

[WeP-32-07]
Functionalization of dyes using different organic donors for dye-sensitized solar cellapplications – Theoretical investigation
R. Anandha Krishnan, R. Govindaraj, P. Ramasamy (Sri Sivasubramaniya Nadar College ofEngineering, India)[WeP-32-08]
Optimization of P3HT:PC61BM based organic solar cell
Joseph Baki Kaore, Akira Baba, Kazunari Shinbo, Keizo Kato (Niigata Univ., Japan)[WeP-32-09]
Effects of He ion and electron beam irradiations on CdTe solar cell dosimeter insubstrate configuration
Tamotsu Okamoto1, Fumiya Furumaki1, Eiku Sato1, Ippei Isogai1, Yuji Kurimoto1, Yasuki Okuno2,
Mitsuru Imaizumi3, Masafumi Akiyoshi4, Takeshi Ohshima5 (1. National Inst. Technology, Kisarazu
College, Japan, 2. Kyoto Univ., Japan, 3. Japan Aerospace Exploration Agency, Japan, 4. Osaka
Metropolitan Univ., Japan, 5. National Inst. Quantum Science and Technology, Japan)[WeP-32-11]
N-type SnS and its application to homojunction solar cells
Issei Suzuki1, Sakiko Kawanishi1, Sage R. Bauers2, Andriy Zakutayev2, Minseok Kim3,4, Hiroshi
Yanagi4, Takahisa Omata1 (1. Tohoku Univ., Japan, 2. National Renewable Energy Lab., USA, 3.
Hanyang Univ., Korea, 4. Univ. Yamanashi, Japan)[WeP-32-12]
Rapid thermal synthesis of GeSe and investigation of its photoelectrochemical
properties
Girish Kamble, Jin Hyeok Kim (Chonnam National Univ., Korea)[WeP-32-13]
Influence of Ge/(Ge+Sn) ratio on morphology and structure properties of Cu2(Sn1xGex)S3 film
Ayaka Kanai1, Ryoma Hata1, Mutsumi Sugiyama2, Kunihiko Tanaka1 (1. Nagaoka Univ. Technology,
Japan, 2. Tokyo Univ. Science, Japan)[WeP-32-14]
Fabrication of solar cell using Ge-Sn-S thin film prepared by co-evaporation
Daiki Motai, Takeshi Tasaki, Hideaki Araki (National Inst. Technology, Nagaoka College, Japan)[WeP-32-15]
Dislocation structures and photoconductive properties in TiO2
Anna Takagi1, Yu Oshima1, Tatsuya Yokoi1, Atsutomo Nakamura2, Katsuyuki Matsunaga1,3 (1.
Nagoya Univ., Japan, 2. Osaka Univ., Japan, 3. Japan Fine Ceramics Center, Japan)
112

[WeP-32-16]
Optical and electronic properties of aluminum-doped indium zinc magnesium oxidetransparent conductive oxide prepared by co-sputtering under room temperature
Taichi Ishida1, Jakapan Chantana1, Yu Kawano1, Takahito Nishimura2, Abdurashid Mavlonov1,
Takayuki Negami1 ,Takashi Minemoto1 (1. Ritsumeikan Univ., Japan, 2. Tokyo Inst. Technology,
Japan)[WeP-32-17]
Novel atomic imaging technique for doped functional materials: White neutron
holography
Kenji Ohoyama1, Tomoya Kanno1, Motoki Takano1, Shouta Hoshi1, Youdai Kobayashi1, Yuka
Tomimatsu1, Yuki Aizawa1, Shuta Kawakami1, Masahide Harada2, Yasuhiro Inamura2, Kenichi
Oikawa2, Naohisa Happo3, Kouichi Hayashi4 (1. Ibaraki Univ., Japan, 2. Japan Proton Accelerator
Research Complex, Japan, 3. Hiroshima City Univ., Japan, 4. Nagoya Inst. Technology, Japan)[WeP-32-18]
Deposition of CdSnP2 thin films by molecular beam epitaxy for n-type buffer material
Hayato Miura, Isshin Sumiyoshi, Yoshitaro Nose (Kyoto Univ., Japan)[WeP-32-19]
Fabrication and characterizations of copper-doped zinc oxide for thin-film solar cellapplications
Mohammad Kamal Hossain (King Fahd Univ. Petroleum & Minerals, Saudi Arabia)[WeP-32-20]
Investigation of cover annealing of Cu2SnS3 thin films prepared by dual-source finechannel mist CVD method
Kazuya Okamura, Ren Saito, Ayaka Kanai, Kunihiko Tanaka (Nagaoka Univ. Technology, Japan)[WeP-32-21]
Fabrication of Cu2Sn1-xSixS3 thin films by thermal evaporation method
Kazuhiro Sugai, Ayaka Kanai, Kunihiko Tanaka (Nagaoka Univ. Technology, Japan)[WeP-32-22]
Formation and characterization of ZnS and CdZnS films using open-air chemical vapor
deposition for buffer layers of compound semiconductor solar cells
Yuji Kurimoto, Daiki Kobayashi, Naoki Asou, Tamotsu Okamoto (National Inst. Technology,
Kisarazu College, Japan)[WeP-32-23]
Influence of buffer layer on copper doped tin sulfide solar cell: A numerical approach
Rajeshwari Mannu, Arindam Basak, Udai P Singh (Kalinga Inst. Industrial Technology, India)
113

[WeP-32-24]
Enhancement of grain growth in Cu2SnS3 thin films prepared by the addition of Au andthe fabrication of solar cells using the Au-added CTS thin films
Takeshi Tasaki, Hideaki Araki (National Inst. Technology, Nagaoka College, Japan)[WeP-32-25]
Importance of fine control of Se flux for improving performances of Sb2Se3 solar cells
prepared by vapor transport deposition
Seunghwan Ji1, Jiwoon Choi1, Sung-Wook Nam2, Byungha Shin1 (1. Korea Advanced Inst. Scienceand Technology, Korea, 2. Kyungpook National Univ., Korea)[WeP-32-26]
Effects of annealing for Ag-rich Ag-Sn-S thin films by an evaporation method
Yoji Akaki1, Sayaka Toyama1, Tomohiro Uchimura1, Shigeyuki Nakamura2, Hideaki Araki3 (1.
National Inst. Technology, Miyakonojo College, Japan, 2. National Inst. Technology, Tsuyama
College, Japan, 3. National Inst. Technology, Nagaoka College, Japan)[WeP-32-27]
Peierls stresses of basal and pyramidal dislocations in ZnO: First-principles approach
Takazumi Tanaka1, Yu Oshima1, Tatsuya Yokoi1, Atsutomo Nakamura2, Katsuyuki Matsunaga1,3 (1.
Nagoya Univ., Japan, 2. Osaka Univ., Japan, 3. Japan Fine Ceramics Center, Japan)[WeP-32-28]
Study of local atomic fluctuation in RB6 with cage type structure by neutron holography
Yodai Kobayashi1, Yuka Tomimatsu1, Tomoya Kanno1, Motoki Takano1, Shota Hoshi1, Fumitoshi
Iga1, Masahide Harada2, Kenichi Oikawa2, Yasuhiro Inamura2, Koichi Hayashi3, Kenji Ohoyama1(1. Ibaraki Univ., Japan, 2. Japan Proton Accelerator Research Complex, Japan, 3. Nagoya Inst.
Technology, Japan)[WeP-32-29]
Expansion of white neutron holography into powder samples for observation of isolatedhydrogen in materials
Motoki Takano1, Shota Hoshi1, Tomoya Kanno1, Widyanisa Keiko1, Yodai Kobayashi1, Yuka
Tomimatsu1, Yuki Aizawa1, Shuta Kawakami1, Mariko Segawa2, Makoto Maeda2, Yosuke Toh2,
Shoji Nakamura2, Atsushi Kimura2, Shunsuke Endo2, Masahide Harada3, Koichi Hayashi4, Kenji
Ohoyama1 (1. Ibaraki Univ., Japan, 2. Japan Atomic Energy Agency, Japan, 3. Japan Proton
Accelerator Research Complex, Japan, 4. Nagoya Inst. Technology, Japan)[WeP-32-30]
Innovative post-deposition treatment for local doping control in Cu2ZnSnSe4 by a
combined temperature-voltage method
Alex Jimenez-Arguijo1,2, Ivan Cano2, Joaquim Puigdollers2, Zacharie Jehl Li-Kao2, Edgardo
114

Saucedo2, Sergio Giraldo2 (1.Inst. Recerca Energética de Catalunya, Spain, 2. Univ. Politècnica
de Catalunya, Spain)[WeP-32-31]
Direct experimental confirmation of the reciprocity theorem in CIGS solar cells
Hajime Shibata1, Jiro Nishinaga1, Yukiko Kamikawa1, Hitoshi Tampo1, Takehiko Nagai1, Takashi
Koida1, Shogo Ishizuka1, Toshimitsu Mochizuki1, Masafumi Yamaguchi2 (1. National Inst. Advanced
Industrial Science and Technology, Japan, 2. Toyota Technological Inst., Japan)[WeP-32-32]
Detection of rubidium in high-bandgap Cu(In,Ga)Se2 solar cells with RbF-PDT
Xiaowei Jin1, Reinhard Schneider1, Setareh Zahedi-Azad2, Matthias Maiberg2, Paul Pistor2, Heiko
Kempa2, Roland Scheer2, Di Wang1, Christian Kübel1, Dagmar Gerthsen1 (1. Karlsruhe Inst.
Technology, Germany, 2. Martin Luther Univ. Halle-Wittenberg, Germany)[WeP-32-33]
Optimum back junction utilizing P-type MoSe2:Nb layer for Cu(In,Ga)Se2 solar cells
Takahito Nishimura, Akira Yamada (Tokyo Inst. Technology, Japan)[WeP-32-35]
Heat-induced structural changes in CIGS thin film fabricated by MOCVD
Jiyeon Nam, SeungHoon Lee, Hae-Seok Lee, Donghwan Kim, Yoonmook Kang (Korea University,
Korea)[WeP-32-36]
Fabrication of Cu2ZnSn(S,Se)4 thin film solar cell by 3S process with high temperature
sulfurization
Mitsuki Nakashima1, Kaisei Ueda1, Jumpei Maeda1, Toshiyuki Yamaguchi2, Khoo Pei Loon3,
Masanobu Izaki3 (1. National Inst. Technology, Wakayama College, Japan, 2. National Inst.
Technology, Oita College, Japan, 3. Toyohashi Univ. Technology, Japan)[WeP-32-37]
Optical management in enhancing the efficiency of Cd-free CZTS solar cells by widebandgap oxides
Xin Cui, Kaiwen Sun, Bram Hoex, Xiaojing Hao (Univ. New South Wales, Australia)[WeP-32-38]
Impact of grain-boundary on thermal conductivity in the quaternary compound
Cu2ZnSnS4 crystals
Katsuma Nagatomo, Akira Nagaoka, Kensuke Nishioka (Univ. Miyazaki, Japan)[WeP-32-39]
High performance double graded CIGS solar cells with MoS2 as inter-layer diffusion
115

limiter
Rajendra Prasad, Rajarshi Pal, Udai P. Singh (Kalinga Inst. Industrial Technology, India)[WeP-32-40]
Study of local delamination of absorber layer in solution-processed CIGSSe solar
modules
Seung Hoon Lee1, Min Kyu Kim2, Soohyun Bae1, Jiyeon Nam1, HyunJung Park1, Sang-Won Lee1,
Yun Jung Jang1,2, Byoung Koun Min2, Yoonmook Kang1, Hae-Seok Lee1, Donghwan Kim1 (1. Korea
Univ. Korea, 2. Korea Inst. Science and Technology, Korea)[WeP-32-41]
Extrinsic doping of ink-based Cu(In,Ga)(S,Se)2-absorbers for photovoltaic applications
Sunil Suresh1, David J. Rokke2, Amandine A. Drew1, Essam Alruqobah3, Rakesh Agrawal2,
Alexander R. Uhl1 (1. Univ. British Columbia, Canada, 2. Purdue Univ., USA, 3. Kuwait Univ.,
Kuwait)[WeP-32-42]
A study on property improvement according to various heating time during RTA processof Cu2ZnSn(S, Se)4 (CZTSSe) absorber layer
Sang Woo Park, Hyeok Jin Kim (Chonnam National Univ., Korea)[WeP-32-43]
All-dry sputtering oxygen-rich Zn(O,S) buffer for Cd-free Cu(In,Ga)(S,Se)2 solar cells
to optimize interface properties and device performance
Yuxian Li1, Chen Wang1, Hao Tong4, Liangzheng Dong1, Ming Zhao1,2,3, Daming Zhuang1,2,3(1. Tsinghua Univ., China, 2. Key Lab. Advanced Materials Processing Technology of Ministry of
Education, China, 3. State Key Lab. New Ceramics and Fine Processing, China, 4. Taiyuan Univ.
Technology, China)[WeP-32-44]
Influence of annealing of Mo/SLG structure on CZTS thin film solar cells
Motoki Yamanouchi, Kazuo Jimbo, Yosuke Shimamune (National Inst. Technology, Nagaoka
College, Japan)[WeP-32-45]
A Strategic approach to combat nonradiative recombination losses in Cu2ZnSn(S,Se)4:
Double cation incorporation
Vijay C. Karade, Jin Hyeok Kim (Chonnam National Univ., Korea)[WeP-32-46]
Development of CZTS solar cells on graphite
Kazuo Jimbo, Yosuke Shimamune (National Inst. Technology, Nagaoka College, Japan)
116

[WeP-32-47]
Fabrication of high-efficiency Cu(In,Ga)Se2 solar cells using flexible ultra-thin glass
Donghyeop Shin1, Awet Mana Amare1, Inyoung Jeong1, Inchan Hwang1, Soomin Song1, YoungJoo Eo1, Ara Cho1, Jun-Sik Cho1, Joo Hyung Park1, Seung Kyu Ahn1, Jinsu Yoo1, SeJin Ahn1, Jihye
Gwak1, Jae Ho Yun2, Kihwan Kim1 (1. Korea Inst. Energy Research, Korea, 2. Korea Inst. Energy
Technology, Korea)[WeP-32-48]
Pin-type second optical element for spherical lens micro-tracking concentrator
photovoltaic with wide angle of incidence.
Masakazu Nakatani1,2 (1. Osaka Univ., Japan, 2. Sun Marion Co., Ltd., Japan)[WeP-32-49]
Tolerance to hygrothermal stress for thin-film silicon photovoltaic modules with
polyvinyl butyral encapsulants
Atsushi Masuda1, Kinichi Ogawa2, Yasuo Chiba2, Hirotaka Yasuda3, Shinichi Muguruma3 (1. Niigata
Univ., Japan, 2. National Inst. Advanced Industrial Science and Technology, Japan, 3. Kuraray Co.,
Ltd., Japan)[WeP-32-50]
Analysis of irradiation influence using photo-induced currents of pA order in InGaP
solar cells
Yasuki Okuno1, Mitsuru Imaizumi2, Takeshi Ohshima3 (1. Kyoto Univ., Japan, 2. Japan Aerospace
Exploration Agency, Japan, 3. National Inst. Quantum Science and Technology, Japan)[WeP-32-51]
Computational material screening for charge transport layers of BaSi2 solar cells
Kosuke O. Hara (Univ. Yamanashi, Japan)[WeP-32-52]
High-temperature post-annealing effect on BaSi2 solar cells grown by molecular beam
epitaxy
Shunsuke Narita, Sho Aonuki, Kaori Takayanagi, Kaoru Toko, Takashi Suemasu (1. Univ. Tsukuba,
Japan)[WeP-32-53]
Effect of initial growth process on residual strain in GaAs/Si
Yuito Yasukochi, Nobuaki Kojima, Yoshio Ohshita (Toyota Technological Inst., Japan)[WeP-32-54]
Epitaxial lift-off for inverted metamorphic four-junction (IMM4J) solar cells
Xin Wang, Bin Li, Lihua Zhou, Xianglei Shi, Lijie Sun, Xunchun Wang (Shanghai Inst. Space PowerSources, China)
117

[WeP-32-55]
Mechanical stacking for High efficiency III-V/Si tandem solar cell
Seungyong Han, Youngkuk Kim, Young Hyun Cho, Suresh Kumar Dhungel, Heonmin Lee, Matheusde Assis Rabelo, Junsin Yi (Sungkyunkwan Univ., Korea)[WeP-32-56]
Constructing the composition ratio prediction model using machine learning for BaSi2
thin films deposited by thermal evaporation
Ryuto Ueda, Keisuke Arimoto, Junji Yamanaka, Kosuke O. Hara (Univ. Yamanashi, Japan)[WeP-32-57]
Optical optimization of the Intermediate layer for III-V/Si tandem solar cells by
simulation
Caixia Li, Ziheng Liu, Pengfei Zhang, Xiaojing Hao (Univ. New South Wales, Australia)[WeP-32-58]
In-situ XRD measurement of crystal growth process of SiGe layer on Si using Al-Ge
paste for III-V solar cell application
Shota Suzuki1,3, Moeko Matsubara1, Hideaki Minamiyama1, Marwan Dhamrin1,2, Yukiharu Uraoka3(1. Toyo Aluminium K.K., Japan, 2. Osaka Univ., Japan, 3.Nara Inst. Science and Technology,
Japan)118

PVSEC33

Area 3: Photovoltaic modules, solar cells, advanced materials, sophisticated processes, cell andmodule characterizations
Sub-area 3-2: Organic and inorganic thin-film photovoltaics, III-V high-efficiency devices and related
technologies[WeO-32h] Chalcogenide Solar Cells II - Interfaces and RelatedMaterials
Session Chairs: Takahito Nishimura (Tokyo Inst. Technology, Japan), Jiro Nishinaga (National
Inst. Advanced Industrial Science and Technology, Japan)
Wed. Nov 16, 2022 3:30 PM - 5:30 PM 133+134 (Bldg. 1, 3F)[WeO-32h-01] 3:30 PM – 3:45 PM
13% record efficiency CZTSSe solar cell: New insight into kesterite/CdS interface
Hao Xin, Yuancai Gong, Qiang Zhu, Bingyan Li, Chunxu Xiang (Nanjing Univ. Posts &Telecommunications, China)[WeO-32h-02] 3:45 PM – 4:00 PM
High-efficiency Cd-free kesterite solar cells with organic molecular semiconductor
buffer layer
Yawei Wang, Lingling Wang, Xintong Zhang (Northeast Normal Univ., China)[WeO-32h-03] 4:00 PM – 4:15 PM
Multiple factors of Al2O3/CIGS interface and impacts on CIGS solar cells
Yukiko Kamikawa1, Marco Nardone2, Hajime Shibata1, Shogo Ishizuka1 (1. National Inst. Advanced
Industrial Science and Technology, Japan, 2. Bowling Green State Univ., USA)

[WeO-32h-04] 4:15 PM – 4:30 PM
Excitation and temperature dependent investigation by photoluminescence from thebackside of industrial Cu(In,Ga)(S,Se)2 absorbers
Aubin Jean-Claude Mireille Prot1, Susanne Siebentritt1, Anastasia Zelenina2, Hossam Elanzeery2,
Thomas Dalibor2 (1. Univ. Luxembourg, Luxembourg, 2. Avancis, Germany)[WeO-32h-05] 4:30 PM – 4:45 PM
Development of n-type ZnS buffer layer deposited by atmospheric pressure MOCVD
method for Cu(In,Ga)Se2 solar cells
Akihiro Funaki, Fumiya Furumaki, Takahito Nishimura, Akira Yamada (Tokyo Inst. Technology,
Japan)[WeO-32h-06] 4:45 PM – 5:00 PM
CuGaSe2 absorber on FTO transparent back contacts
Angelica Thomere1, Marcel Placidi1,2, Maxim Guc1, Yudania Sánchez1, Robert Fonoll-Rubio1, Victor
Izquierdo-Roca1, Zacharie Jehl Li-Kao2, A. Perez-Rodriguez1 (1. Catalonia Inst. Energy Research,
Spain, 2. Polytechnic Univ. Catalonia, Spain)
119

[WeO-32h-07] 5:00 PM – 5:15 PM
Kesterite Cu2ZnSn(S,Se)4 thin-film solar cells with 10.12% efficiency via enhanced
photoelectrical properties of TCO window layer
Suyoung Jang, Jin Hyeok Kim (Chonnam National Univ., Korea)[WeO-32h-08] 5:15 PM – 5:30 PM
Electron transport layer modification for high-efficiency Sb2(S,Se)3 planar solar cells
Jianmin Li (Wuhan Univ., China)120

PVSEC33

Area 3: Photovoltaic modules, solar cells, advanced materials, sophisticated processes, cell andmodule characterizations
Sub-area 3-2: Organic and inorganic thin-film photovoltaics, III-V high-efficiency devices and related
technologies[ThO-32i] Technology for New Directions I - Advanced Techniques
Session Chair: Yoshitaro Nose (Kyoto Univ., Japan)
Thu. Nov 17, 2022 8:30 AM - 10:00 AM 133+134 (Bldg. 1, 3F)[ThO-32i-01] 8:30 AM – 8:45 AM
Advances in lightweight and flexible thin-film silicon PV module technology
Gianluca Limodio1, Thierry de Vrijer1, Federica Saitta1, Govind Padmakumar1, Jimmy Melskens2,
Mohammed El Makkaoui2, Ravi Vasudevan2, Edward Hamers2, Arno H. M. Smets1 (1. Delft Univ.
Technology, The Netherlands, 2. HyET Solar NL, The Netherlands)[ThO-32i-02] 8:45 AM – 9:00 AM
Flexible, all-dry process, and Cd-free Cu(In,Ga)(S,Se)2 solar cell on stainless steel
substrate through surface modification induced by air-annealing
Jakapan Chantana, Yu Kawano, Abdurashid Mavlonov, Takayuki Negami, Takashi Minemoto(Ritsumeikan Univ., Japan)[ThO-32i-03] 9:00 AM – 9:15 AM
TBD[ThO-32i-04] 9:15 AM – 9:30 AM
Smart-stack InGaP/GaAs//CuIn1-yGaySe2 three-junction solar cells using an area
current matching technique
Kikuo Makita1, Yukiko Kamikawa1, Hidenori Mizuno1, Ryuji Oshima1, Yasushi Syoji1, Shogo
Ishizuka1, Tatsuya Takamoto2, Takeyoshi Sugaya1 (1. National Inst. Advanced Industrial Scienceand Technology, Japan, 2. Sharp Corp., Japan)[ThO-32i-05] 9:30 AM – 9:45 AM
Effectively transparent contacts for concentrator solar cell design using a refraction
layer
Anastasia H. Soeriyadi1, Mengdi Liu1, Stefan W. Tabernig2, Udo Römer1, Andreas Pusch1, Michael
P. Nielsen1, Dimitry Lamers3, Albert Polman2, Nicholas J. Ekins-Daukes1 (1. Univ. New South Wales,
Australia, 2. NWO-Institute AMOLF, The Netherlands, 3. SRON Netherlands Institute for Space
Research, The Netherlands)[ThO-32i-06] 9:45 AM – 10:00 AM
High-speed growth of GaAs solar cells via atmospheric pressure hydride vapor phase
epitaxy
Ryuji Oshima1, Akio Ogura2, Yasushi Shoji1, Kikuo Makita1, Akinori Ubukata3, Mitsuru Imaizumi2,121

Takeyoshi Sugaya1 (1. National Inst. Advanced Industrial Science and Technology, Japan, 2. Japan
Aerospace Exploration Agency, Japan, 3. Taiyo Nippon Sanso Corp., Japan)

122

PVSEC33

Area 3: Photovoltaic modules, solar cells, advanced materials, sophisticated processes, cell andmodule characterizations
Sub area 3-2: Organic and inorganic thin-film photovoltaics, III-V high-efficiency devices and related
technologies[ThO-32j] Technology for New Directions II - Machine Learning andModelling
Session Chair: Takashi Minemoto (Ritsumeikan Univ., Japan)
Thu. Nov 17, 2022 10:30 AM - 12:00 PM 133+134 (Bldg. 1, 3F)[ThO-32j-01] 10:30 AM – 11:00 AM(INVITED) Machine learning and fast experimental screening-assisted development of
next-generation solar cell
Akinori Saeki (Osaka Univ., Japan)[ThO-32j-02] 11:00 AM – 11:15 AM
A machine-learning study for the determination of electronic transport properties of
inverted organic solar cells from their current – voltage characteristics
Yuki Okuno1, Takashi Nagase2, Takashi Kobayashi2, Hiroyoshi Naito2 (1. Osaka Prefecture Univ.,
Japan, 2. Osaka Metropolitan Univ., Japan)[ThO-32j-03] 11:15 AM – 11:30 AM
Modelling the dynamics of charge extraction transients from organic photovoltaic
devices using generative representation learning
Brendan Wright1, Ziv Hameiri1, Attila Mozer2 (1. Univ. New South Wales, Australia, 2. Univ.
Wollongong, Australia)[ThO-32j-04] 11:30 AM – 11:45 AM
Smart determination of process window for MBE deposition of ZnSnP2 assisted bymachine learning
Yoshitaro Nose1, Ryoji Katsube, Kei Terayama2,3, Ryo Tamura3,4,5 (1. Kyoto Univ., Japan, 2.
Yokohama City Univ., Japan, 3. RIKEN, Japan, 4. National Inst. Materials Science, Japan, 5. Univ.
Tokyo, Japan)

123

PVSEC33

Area 4: Perovskite and emerging photovoltaics, advanced materials, sophisticated processes
Sub-area 4-1: Perovskite photovoltaics and related technologies[MoO-41a] High Efficiency
Session Chair: Hideo Ohkita (Kyoto Univ., Japan)
Mon. Nov 14, 2022 8:30 AM - 10:00 AM Shirotori Hall (Bldg. 4, 1F)[MoO-41a-01] 8:30 AM – 8:45 AM
Assisted crystallization and healed defects via interface engineering with NH4+ forstable and highly efficient perovskite solar cells
Jihyun Kim1, Joonho Park2, Ahreum Lee1, Yong-Hoon Kim2, William Jo1 (1. Ewha Womans Univ.,
Korea, 2. Korea Advanced Inst. Science and Technology, Korea)[MoO-41a-02] 8:45 AM – 9:00 AM
Efficient inverted perovskite solar cells enabled by multipodal hole-collecting
monolayers based on triazatruxene skeleton
Minh Anh Truong1, Tsukasa Funasaki1, Lucas Ueberricke1, Wataru Nojo2, Richard Murdey1, Takumi
Yamada1, Shuaifeng Hu1, Tomoya Nakamura1, Nobutaka Shioya1, Takeshi Hasegawa1, Yoshihiko
Kanemitsu1, Takanori Suzuki2, Atsushi Wakamiya1 (1. Kyoto Univ., Japan, 2. Hokkaido Univ.,
Japan)[MoO-41a-03] 9:00 AM – 9:15 AMInterfacial modifications for efficient tin–lead perovskite solar cells
Shuaifeng Hu1, Pei Zhao2, Kyohei Nakano3, Jorge Pascual1, Minh Anh Truong1, Richard
Murdey1, Nobutaka Shioya1, Takeshi Hasegawa1, Masahiro Ehara2, Keisuke Tajima3, Yoshihiko
Kanemitsu1, Atsushi Wakamiya1 (1. Kyoto Univ., Japan, 2. Inst. Molecular Science, Japan, 3.
RIKEN, Japan)[MoO-41a-04] 9:15 AM – 9:30 AM
High-Voc all-inorganic CsPbX3 perovskite solar cells
Zhanglin Guo, Ajay Kumar Jena, Tsutomu Miyasaka (Toin Univ. Yokohama, Japan)[MoO-41a-05] 9:30 AM – 9:45 AM
Interfacial engineering and homojunction design for efficient and stable perovskite
solar cells
Peng Cui, Shujie Qu, Benyu Liu, Luyao Yan, Xinxin Wang, Shuxian Du, Hao Huang, Jun Ji,
Meicheng Li (North China Electric Power Univ., China)[MoO-41a-06] 9:45 AM – 10:00 AM
High mobility spin coated MoO3 thin film for highly efficient lead free perovskite solar
cell application
Ihsan Ahmad Siddiquee1, H. Mohafez1, Yasmin Abdul Wahab1, Foo Wah Low2, Aziz Ahamed3,
Mohammad Aminul Islam1 (1. Univ. Malaya, Malaysia, 2. Univ. Tunku Abdul Rahman, Malaysia, 3.
124

Nippon Crucible Ltd., Japan)

125

PVSEC33

Area 4: Perovskite and emerging photovoltaics, advanced materials, sophisticated processes
Sub-area 4-1: Perovskite photovoltaics and related technologies[MoO-41b] Fundamentals/Analysis/Characterization
Session Chair: Shuzi Hayase (Univ. Electro-Communications, Japan)
Mon. Nov 14, 2022 10:30 AM - 12:00 PM Shirotori Hall (Bldg. 4, 1F)[MoO-41b-01] 10:30 AM – 10:45 AM
High power-per-weight ultralight flexible perovskite solar cells by low temperatureprocess
Ching Chang Lin, Motoshi Nakamura, Takeru Bessho, Hiroshi Segawa (Univ. Tokyo, Japan)[MoO-41b-02] 10:45 AM – 11:00 AM
Combination of the sputtered NiOx and SAM layer for efficient perovskite solar cells
Yasuhiro Shirai, Dhruba B. Khadka, Masatoshi Yanagida, Kenjiro Miyano (National Inst. Materials
Science, Japan)[MoO-41b-03] 11:00 AM – 11:15 AM
Photoconductivity-based exploration of Bi, Sb-materials and their application forphotovoltaic and sensing use
Ryosuke Nishikubo1, Hiroyuki Kanda2, Inés García-Benito2, Agustín Molina-Ontoria3, Gianluca
Pozzi4, Abdullah M. Asiri5, Mohammad K. Nazeeruddin2, Akinori Saeki1 (1. Osaka Univ., Japan, 2.
EPFL, Switzerland, 3. IMDEA-Nanociencia, Spain, 4. SCITEC-CNR, Italy, 5. King Abdulaziz Univ.,
Saudi Arabia)[MoO-41b-04] 11:15 AM – 11:30 AM
Microscopic interfacial charge transfer at perovskite/hole transport layer interfaces
clarified by the pattern-illumination time-resolved phase microscopy
Kenji Katayama, Zhenhua Pan, Tatsuya Chugenji (Chuo Univ., Japan)[MoO-41b-05] 11:30 AM – 11:45 AM
Surface/interface structures of perovskite films studied by electron spectroscopies
Hiroyuki Yoshida1, Abduheber Mirzehmet1, Peter Kruger1, Muhammad Akmal Kamarudin2, Shuzi
Hayase2 (1Chiba Univ., Japan, 2. Univ. Electro-Communications, Japan)[MoO-41b-06] 11:45 AM – 12:00 PM
Influence of the planar-SnO2 electron transport layer on perovskite solar cellcharacteristics under low-light intensity
Tomoki Asada, Fumihiro Murata, Yasuaki Ishikawa (Aoyama Gakuin Univ., Japan)

126

PVSEC33

Area 4: Perovskite and emerging photovoltaics, advanced materials, sophisticated processes
Sub-area 4-1: Perovskite photovoltaics and related technologies[TuO-41c] New Materials
Session Chair: Yutaka Matsuo (Nagoya Univ., Japan)
Tue. Nov 15, 2022 10:30 AM - 12:00 PM Shirotori Hall (Bldg. 4, 1F)[TuO-41c-01] 10:30 AM – 11:00 AM(INVITED) Device operation mechanism and high efficiency design of perovskite solar
cells
Takashi Minemoto, Jakapan Chantana (Ritsumeikan Univ., Japan)[TuO-41c-02] 11:00 AM -11:15 AM
Performance of inverted planar device configured perovskite solar cells with an
inorganic hole extraction layer
Pandiyarajan Mariyappan1,2, Shanthi Subashchandran1, Ashraful Islam2 (1. Anna Univ., India, 2.
National Inst. Materials Science, Japan)[TuO-41c-03] 11:15 AM – 11:30 AM
Triarylamine/bithiophene copolymer with enhanced quinoidal character as holetransporting material for perovskite solar cells
Hao-Sheng Lin1, Takahiro Doba2, Wataru Sato2, Rui Shang2, Eiichi Nakamura2, Yutaka Matsuo1 (1.
Nagoya Univ., Japan, 2 Univ. Tokyo, Japan)[TuO-41c-04] 11:30 AM – 11:45 AM
Silver bismuth halides and silver bismuth sulfides as Pb-free absorbers for perovskite
solar cells
Ajay Kumar Jena, Zhanglin Guo, Naoyuki Shibayama, Tsutomu Miyasaka (Toin Univ. Yokohama,Japan)127

PVSEC33

Area 4: Perovskite and emerging photovoltaics, advanced materials, sophisticated processes
Sub-area 4-1: Perovskite photovoltaics and related technologies[TuP-41] Perovskite Photovoltaics and Related Topics / Area 3 and4 Joint Session
Tue. Nov 15, 2022 12:00 PM - 3:00 PM P-41/Event Hall (Bldg. 1, 1F)[TuP-41-01]
Near-infrared light management in siliconperovskite/silicon tandem cell application

heterojunction

solar

cells

for

Hyunju Lee1, Tappei Nishihara1, Shiyu Zhang1, Yoshio Ohshita2, Atsushi Ogura1 (1. Meiji Univ.,
Japan, 2. Toyota Technological Inst., Japan)[TuP-41-02]
Enhancing photovoltaic performances and stability of inverted perovskite solar cells
using a facile organic halide treatment and its application to tandem
Huyen Tran1,2, Sungjun Hong1,2, SeJin Ahn1,2, Jihye Gwak1,2, Inyoung Jeong1 (1. Korea Inst. Energy
Research, Korea, 2. Univ. Science & Technology, Korea)[TuP-41-03]
Analysis of metal-TCO contacts for low-temperature screen-printed metallization ofsilicon heterojunction and perovskite-based tandem solar cells
Pradeep Padhamnath, Chuan Seng Tan, Selvaraj Venkataraj, Nitin Nampalli, Armin G. Aberle(National Univ. Singapore, Singapore)[TuP-41-04]
Bandgap engineering of mixed halide perovskite thin film using ion exchange method
for tandem solar cells
Sujin Cho, Jae-Keun Hwang, Seok Hyun Jeong, Ji-Seong Hwang, Ji Yeon Hyun, Wonkyu Lee,
Solhee Lee, Hae-Seok Lee, Donghwan Kim, Yoonmook Kang (Korea Univ., Korea)[TuP-41-05]
Two terminal monolithic perovskite-carrier selective contact silicon tandem solar cells
using molybdenum oxide as a hole selective layer
Hoyoung Song1, Changhyun Lee1, Jiyeon Hyun1, Sang-Won Lee1, Dongjin Choi1, Dowon Pyun1,
Jiyeon Nam1, Seok-Hyun Jeong1, Soohyun Bae2, Hyunju Lee3, Yoonmook Kang1, Donghwan Kim1,
Hae-Seok Lee1 (1. Korea Univ., Korea, 2. Korea Inst. Science and Technology, Korea, 3. Meiji Univ.,
Japan)[TuP-41-06]
Efficient carrier recombination of perovskite/Si tandem solar cells interlayer via Ag
nanocrystallite
Minji Choi, Dongjin Choi, Dowon Pyun, Hoyoung Song, MyeongSeob Sim, Changhyun Lee, Ji Yeon
128

Hyun, Yoonmook Kang, Hae-Seok Lee, Donghwan Kim (Korea Univ., Korea)[TuP-41-07]
Fabrication of thin c-Si substrates for perovskite/silicon-heterojunction tandem solar
cells
Kimihiko Saito, Hirotaka Shishido, Ryousuke Ishikawa (Tokyo City Univ., Japan)[TuP-41-08]
Potential of in-situ formed titanium silicide as a recombination layer for 2-terminal
perovskite/silicon tandem solar cells
Dowon Pyun1, Dongjin Choi1, Soohyun Bae2, Seok Hyun Jeong1, Sang-Won Lee1, Jiryang Kim1,
Solhee Lee1, Hoyoung Song1, Dongkyun Kang1, Ha Eun Lee1, Ji Yeon Hyun1, Changhyun Lee1,
JaeKeun Hwang1, HyunJung Park1, Wonkyu Lee1, Yoonmook Kang1, Donghwan Kim1, Hae-Seok
Lee1 (1. Korea Univ., Korea, 2. Korea Inst. Energy Research, Korea)[TuP-41-09]
Optimization of wide-bandgap perovskite solar cells for Si/perovskite tandem cells
Ryuji Kaneko, Ai Shimazaki, Noboru Ohashi, MinhAnh Truong, Tomoya Nakamura, Richard Murdey,
Atsushi Wakamiya (Kyoto Univ., Japan)[TuP-41-10]
Semi-transparent perovskite solar cells by low temperature process for tandem
application
Gakuto Matsuo, Ryo Sato, Daisuke Ieki, Kimihiko Saito, Ryousuke Ishikawa (Tokyo City Univ.,
Japan)[TuP-41-11]
Two-step sequential dry process for perovskite film deposition on large area textured
silicon surface
Jae-Keun Hwang, Wonkyu Lee, Solhee Lee, Ji Yeon Hyun, Seok Hyun Jeong, Sujin Cho, SangWon Lee, Donghwan Kim, Yoonmook Kang, Hae-Seok Lee (Korea Univ., Korea)[TuP-41-12]
Ultrathin flexible perovskite solar cells using internal stress-controlled bilayer indium
tin oxide electrode
Noboru Ohashi, Ryuji Kaneko, Chikako Sakai, Kenji Yazawa, Hirokazu Tahara, Taketo Handa,
Tomoya Nakamura, Richard Murdey, Yoshihiko Kanemitsu, Atsushi Wakamiya (Kyoto Univ., Japan)[TuP-41-13]
Next generation cylindrical solar cell
Masahiro Hayashi, Takatoshi Nomura, Takahiro Hayami (CKD Corp., Japan)[TuP-41-14]
129Effect of anti-solvent in perovskite thin films: CsBi3I10
Keigo Aida, Shinya Kato, Naoki Kishi, Tetsuo Soga (Nagoya Inst. Technology, Japan)[TuP-41-15]
Optimization of porous TiO2 electron transport layer in carbon-based perovskite solar
cells
Takaya Shioki, Ryuki Tsuji, Kouta Oishi, Seigo Ito (Univ. Hyogo, Japan)[TuP-41-16]
Fabrication of all-inorganic CsPbI2.5Br0.5 perovskite solar cells with CuSCN as holetransporting material
Bicui Li, Huifang Han, Huijing Liu, Jia Xu, Jianxi Yao (North China Electric Power Univ., China)[TuP-41-17]
Fabrication of for all-inorganic carbon-based CsPbBr3 perovskite solar cells with Co3O4
nanocrystals as hole transporting material
Xin Tong, Hui jing Liu, Jia Xu, Jian xi Yao (North China Electric Power Univ., China)[TuP-41-18]
Reduction of graphene oxide films on flexible PET substrate by plasma process atnear-room temperature
Golap Kalita, Balaram Paudel Jaisi, Masayoshi Umeno (C’s Techno Inc., Japan)[TuP-41-19]
Realization of ultra-flat perovskite films with surprisingly large-grain distribution using
high-pressure cooking
Hanhong Zhang, Fan Zhang (Shenzhen Univ., China)[TuP-41-20]
A novel low temperature curing screen printing conductive paste for perovskite
photovoltaic applications
Dayi Tsou1, Kaien Chang1, Qijie Guo2 (1. Solamet Electronic Materials Ltd., Hong Kong, 2. Solamet
Electronic Materials Ltd., China)[TuP-41-21]
The solvent annealing treatment for improving crystallization of perovskite films andperformance of perovskite solar cells
Aoxi He, Meng Wang, Weijian Tang, Xia Hao, Jingquan Zhang (Sichuan Univ., China)[TuP-41-22]
TiO2/SnO2 electron transport layer by evaporation method for perovskite solar cellapplication
Xianhuan Yu, Itaru Raifuku, Michael Paul A. Jallorina, Yukiharu Uraoka (Nara Inst. Science and130Technology, Japan)[TuP-41-23]
Process and structure analysis of preparing perovskite solar cells by slot-die coatingbased on COMSOL simulation
Qiang Guo, Shiyi Tang, Xia Hao, Jingquan Zhang (Sichuan Univ., China)[TuP-41-24]
Enhanced optical and electrical properties of perovskite and electron transfer layerusing interlayer with MACl on solution processed tin oxide
Seok-Hyun Jeong, Wonkyu Lee, Solhee Lee, Sang-Won Lee, Jae-Keun Hwang, Hae-Seok Lee,
Donghwan Kim, Yoonmook Kang (Korea Univ., Korea)[TuP-41-25]
Vacuum deposition of lead iodide precursor and its conversion to perovskite
Wonkyu Lee, Sang-won Lee, JaeKeun Hwang, Solhee Lee, Ji Yeon Hyun, Donghwan Kim,
Yoonmook Kang, Hae-Seok Lee (Korea Univ., Korea)[TuP-41-26]
Fabrication and characterization of perovskite solar cells added with copper and alkali
metalsAyu Enomoto1, Atsushi Suzuki1, Takeo Oku1, Masanobu Okita2, Sakiko Fukunishi2, Tomoharu
Tachikawa2, Tomoya Hasegawa2 (1. Univ. Shiga Prefecture, Japan, 2. Osaka Gas Chemicals Co.,
Ltd., Japan)[TuP-41-27]
Fabrication and characterization of lanthanide-doped perovskite solar cells
Atsushi Suzuki1, Kyo Kishimoto1, Takeo Oku1, Masanobu Okita2, Sakiko Fukunishi2, Tomoharu
Tachikawa2, Tomoya Hasegawa2 (1. Univ. Shiga Prefecture, Japan, 2. Osaka Gas Chemicals Co.,
Ltd., Japan)[TuP-41-28]
Fabrication and characterization of CH3NH3PbI3 perovskite solar cells inserted with
CuPcX4-TCNQ layer
Atsushi Suzuki1, Ryota Hasegawa1, Kai Funayama1, Takeo Oku1, Masanobu Okita2, Sakiko
Fukunishi2, Tomoharu Tachikawa2, Tomoya Hasegawa2 (1. Univ. Shiga Prefecture, Japan, 2. Osaka
Gas Chemicals Co., Ltd., Japan)[TuP-41-29]
Wet-processable eDIPS-based single-walled carbon nanotubes for replacing ITO inperovskite solar cells
Mizuki Yagisawa1, Hao-Sheng Lin1, Daisuke Miyata1, Satoru Hashimoto2, Takeshi Hashimoto2,
Yutaka Matsuo1 (1. Nagoya Univ., Japan, 2. Meijo Nano Carbon Co., Ltd, Japan)
131

[TuP-41-30]
Photostability enhancement of a Br-rich wide-bandgap lead-halide perovskite withadditives
Youhei Numata1, Naoyuki Shibayama2, Tsutomu Miyasaka1,2 (1. Univ. Tokyo, Japan, 2. Toin Univ.
Yokohama, Japan)[TuP-41-31]
Ionic liquid-assisted stable perovskite solar cells
Md. Shahiduzzaman, Tetsuya Taima (Kanazawa Univ., Japan)[TuP-41-32]
Improved operational stability of perovskite solar cells at high temperature
Yuki Fujita, Ganbaatar Tumen-Ulzii, Toshinori Matsushima, Chihaya Adachi (Kyushu Univ., Japan)[TuP-41-33]
In-situ observation of photo-induced halide segregation in mixed halide perovskite
Hyunhwa Lee1, Passarut Boonmongkolras2, Seongmoon Jun2, Yujin Park1,2, Jaehyuk Ko2, YongHoon Cho2, Byungha Shin2, Jeong Young Park1,2 (1. Institute for Basic Science, Korea, 2. Korea
Advanced Inst. Science and Technology, Korea)[TuP-41-34]
Complete inorganic stable perovskite single crystal growth by slow evaporation using
antisolvent atmosphere
Muthu Gomathy M. Pandian, Saritha K. Ratnakaran, Shanthi Subashchandran, Josfel Flora (AnnaUniv., India)[TuP-41-35]
A massive attack on PSC stability: High-throughput MPP-ageing and machine learning
Hans Koebler, Mark Khenkin, Paolo Graniero, Titan Hartono (Helmholtz-Zentrum-Berlin, Germany)[TuP-41-36]
Defect passivation in perovskite solar cells using an amino-functionalized BODIPY
fluorophore
Abd. Rashid bin Mohd Yusoff (Pohang Univ. Science and Technology, Korea)[TuP-41-37]
Effect of TbCl3 doping on thermal evaporation of CsPbBr3
Naoki Aso, Haruto Tani, Shinsuke Miyajima (Tokyo Inst. Technology, Japan)[TuP-41-38]
Surface modification of NiOx as hole transport layer for the perovskite solar cells
Masatoshi Yanagida1, Tensho Nakamura2, Tsukasa Yoshida2, Dhruba B. Khadka1, Yasuhiro Shirai1,132

Kenjiro Miyano1 (1. National Inst. Materials Science, Japan, 2. Yamagata Univ., Japan)[TuP-41-39]
Mixed halide double perovskite Cs2CuFeCl6-xBrx with tunable properties
Thiri Htun, Hytham Elbohy, Amr Elattar, Hiroo Suzuki, Takeshi Nisikawa, Yasuhiko Hayashi (1.
Okayama Univ., Japan)[TuP-41-40]
Investigation of self-assembled monolayer (SAM) as the hole transport layers in theperovskite solar cells
Takuma Chigira1, Takashi Funaki2, Hiroyuki Yaguchi1, Atsushi Kogo2, Masayuki Chikamatsu2,
Takurou N. Murakami2 (1. Saitama Univ., Japan, 2. National Inst. Advanced Industrial Science andTechnology, Japan)[TuP-41-41]
The effect of tin(IV) oxide mixing on the carbon back electrode for multi-porouslayered-electrode perovskite solar cells
Kota Oishi, Ryuki Tsuji, Takaya Shioki, Seigo Ito (Univ. Hyogo, Japan)[TuP-41-42]
Fabrication of inverted planar perovskite solar cells using the iodine/ethanol solution
method for copper iodide as a hole transport layer
Belal Mahdy, Masao Isomura, Tetsuya Kaneko (Tokai Univ., Japan)[TuP-41-43]
Defect-free two-dimensional Ruddlesden Popper perovskite films
Jonathan Quoc-Nam Bui,Yian-Tai (National Taiwan Univ. Science and Technology, Taiwan)[TuP-41-44]
Conversion efficiency improvement of perovskite solar cells using ZnO nanoparticlesmodified electron transport layers
Xiaoci Xiong, Weijie Du, Yiwen Zhang (Shanghai Normal Univ., China)[TuP-41-45]
Passivation effects of PCBM on inverted planar MAPbI3 perovskite solar cells
fabricated by vapor-phase process
Satoru Seto (National Inst. Technology, Ishikawa College, Japan)[TuP-41-46]
Composition-property mapping in bromide-containing tin perovskite using high purity
starting materials
Tomoya Nakamura, Kento Otsuka, Shuaifeng Hu, Ruito Hashimoto, Tarou Morishita, Taketo Handa,
Takumi Yamada, Minh Anh Truong, Richard Murdey, Yoshihiko Kanemitsu, Atsushi Wakamiya
133

(Kyoto Univ., Japan)[TuP-41-47]
Analysis of PL peak shift after Au evaporation in perovskite solar cells
Yulu He1,2, Muhammad Monirul Islam1, Hamidou Tangara1, Ashraful Islam2, Takeaki Sakurai1 (1.
Univ. Tsukuba, Japan, 2. National Inst. Materials Science, Japan)[TuP-41-48]
Electron-phonon interaction and Fröhlich polaron diffusion of perovskite materials forphotovoltaics
Koichi Yamashita, Masanori Kaneko (Yokohama City Univ., Japan)[TuP-41-49]
Analyses of I-V curve hysteresis in perovskite solar cells using circuit simulator
Takayuki Negami, Kousei Sawaki, Abdurashid Mavlonov, Yu Kawano, Yoshihiro Hishikawa, Takashi
Minemoto (Ritsumeikan Univ., Japan)[TuP-41-50]
Operando ESR study on charge transfer mechanism at the interface of tin-based
perovskite solar cells with mixed spacer cations
Yizhou Chen, Seira Yamaguchi, Atsushi Sato, Dong Xue, Kazuhiro Marumoto (Univ. Tsukuba,
Japan)[TuP-41-51]
The impacts of grain size variation, distribution, and recombination losses in halide
perovskites: From thin-film model to solar cells
Gede W.P. Adhyaksa (Univ. Pertamina, Indonesia)[TuP-41-52]
Slow shallow energy states as the origin of hysteresis in perovskite solar cells
Paul Procel, Rik van Heerden, Luana Mazzarella, Rudi Santbergen, Olindo Isabella (Delft Univ.
Technology, The Netherlands)[TuP-41-53]
Theoretical verification of photovoltaics; amorphous silicon photovoltaics (a-Si), andcadmium telluride photovoltaics (CdTe), gallium arsenide photovoltaics (GaAs), andperovskite solar cells
Shozo Yanagida1, Masatoshi Yanagida2, Susumu Yanagisawa3, Hiroshi Segawa4 (1. Osaka Univ.,
Japan, 2. National Inst. Materials Science, Japan, 3. Univ. Ryukyus, Japan, 4. Univ. Tokyo, Japan)[TuP-41-54]
Light generated charge carrier dynamics of metal halide perovskite
Yasuhiro Tachibana1,2 (1. RMIT Univ., Australia, 2. Osaka Univ., Japan)
134

PVSEC33

Area 4: Perovskite and emerging photovoltaics, advanced materials, sophisticated processes
Sub-area 4-1: Perovskite photovoltaics and related technologies[TuO-41d] Large Area/Fabrication/Processes
Session Chair: Masashi Ikegami (Toin Univ. Yokohama, Japan)
Tue. Nov 15, 2022 3:30 PM - 5:00 PM Shirotori Hall (Bldg. 4, 1F)[TuO-41d-01] 3:30 PM – 4:00 PM(INVITED) Highly efficient large-area perovskite solar cells using modified new electrontransfer layer
Dong Suk Kim (Ulsan National Inst. Science and Technology, Korea)[TuO-41d-02] 4:00 PM – 4:15 PM
Strategies to manipulate AVT and PCE in wide bandgap perovskite solar cells for BIPV
Diego Di Girolamo1, Jessica Barichello1, Francesco Di Giacomo1, Fabio Matteocci1, Aldo Di Carlo1,2(1. Univ. Rome Tor Vergata, Italy, 2. National Research Council, Italy)[TuO-41d-03] 4:15 PM – 4:30 PM
Photovoltaic modules specifically designed to drive artificial photosynthetic reactors
Yasuhiko Takeda, Ken-ichi Yamanaka, Takeshi Morikawa, Naohiko Kato (Toyota Central R&D Labs.,
Inc., Japan)[TuO-41d-04] 4:30 PM – 4:45 PM
Understanding drying processes in perovskite solution films for establishing scalable
dynamic printing of homogeneous perovskite thin-films with tilted slot-jet gas
quenching
Simon Ternes, Philip Scharfer, Wilhelm Schabel, Bryce S. Richards, Ulrich W. Paetzold (Karlsruhe
Inst. Technology, Germany)[TuO-41d-05] 4:45 PM – 5:00 PM
Tin perovskite solar cells with over 10% efficiency and 1 cm2 size enabled by the two
step deposition method
Xiao Liu1, Takeru Bessho1, Liyuan Han1,2, Hiroshi Segawa1 (1. Univ. Tokyo, Japan, 2 Shanghai Jiao
Tong Univ., China)

135

PVSEC33

Area 4: Perovskite and emerging photovoltaics, advanced materials, sophisticated processes
Sub-area 4-1: Perovskite photovoltaics and related technologies[TuO-41e] High Performance Related Topics
Session Chair: Seigo Ito (Univ. Hyogo, Japan)
Tue. Nov 15, 2022 5:30 PM - 7:00 PM Shirotori Hall (Bldg. 4, 1F)[TuO-41e-01] 5:30 PM – 5:45 PM
Reliable performance testing of single-junction and tandem perovskite cells andmodulesNikos Kopidakis, Tao Song, Dan Friedman, Rafell Williams, Charles Mack, Jeremy Brewer, Josh
Gallon, Allan Anderberg, Larry Ottoson (National Renewable Energy Lab., USA)

[TuO-41e-02] 5:45 PM – 6:00 PM
Evaluation of hysteresis behavior in perovskite solar cells in comparison with solar
technologies
Satoshi Uchida1, Masumi Saito1, Ludmila Cojocaru2, Piyankarage Viraj Vishwakantha Jayaweera3,
Shoji Kaneko3, Hiroshi Segawa1 (1. Univ. Tokyo, Japan, 2. Univ. Bordeaux, France, 3. SPD Lab.,
Inc., Japan)[TuO-41e-03] 6:00 PM – 6:15 PM
Impact of terminal configuration on silver and indium consumption for terawatt scale
perovskite/Si tandem solar cell production
Li Wang, Yuchao Zhang, Moonyong Kim, Brett Hallam (Univ. New South Wales, Australia)[TuO-41e-04] 6:15 PM – 6:30 PM
Efficient monolithic perovskite/perovskite/Si triple-junction tandem solar cells
Jianghui Zheng1,2, Guoliang Wang1, Anita Ho-Baillie1,2 (1. Univ. Sydney, Australia, 2. Univ. New
South Wales, Australia)[TuO-41e-05] 6:30 PM – 6:45 PM
Compositional and interfacial engineering for improved efficiency in wide bandgap tin
perovskite solar cells
SungWon Cho, Padmini Pandey,Saemon Yoon, Jun Ryu, Dong-Gun Lee, Dong-Won Kang (ChungAng University, Korea)[TuO-41e-06] 6:45 PM – 7:00 PM
Structure stability and optical properties of tin-based iodide perovskite
Satoshi Iikubo1, Atsuko Ide2, Kumiko Yamamoto2, Qing Wang1, Qing Shen3, Kenji Yoshino4, Takashi
Minemoto5, Shuzi Hayase3 (1. Kyushu Univ., Japan, 2. Kyushu Inst. Technology, Japan, 3. Univ.
Electro-Communications, Japan, 4. Univ. Miyazaki, Japan, 5. Ritsumeikan Univ., Japan)

136

PVSEC33

Area 4: Perovskite and emerging photovoltaics, advanced materials, sophisticated processes
Sub-area 4-1: Perovskite photovoltaics and related technologies[WeP-41] Perovskite Photovoltaics and Related Topics
Wed. Nov 16, 2022 12:00 PM - 3:00 PM P-41/Event Hall (Bldg. 1, 1F)[WeP-41-01]
Synthesis and properties of methylammonium bismuth iodide thin films via spaceconfined crystallization
Taito Kato, Shinya Kato, Naoki Kishi, Tetsuo Soga (Nagoya Inst. Technology, Japan)[WeP-41-02]
Manipulate energy transport via fluorinated spacers towards record efficiency 2D DionJacobson CsPbI3 solar cells
Yutian Lei, Zhenhua Li, Haoxu Wang, Zhiwen Jin (Lanzhou Univ., China)[WeP-41-03]
Enhanced efficiency and stability of quasi-2D/3D perovskite solar cells by blade
coating method
Kun-Mu Lee1,2, Seoungjun Ahn, Ming-Chung Wu1,2 (1. Chang Gung Univ., Taiwan, 2. Chang Gung
Memorial Hospital, Taiwan)[WeP-41-04]
Understanding drying processes in perovskite solution films for establishing scalable
dynamic printing of homogeneous perovskite thin-films with tilted slot-jet gas
quenching
Simon Ternes, Philip Scharfer, Wilhelm Schabel, Bryce S. Richards, Ulrich W. Paetzold (Karlsruhe
Inst. Technology, Germany)[WeP-41-05]
Enhancement of charge carrier extraction with CH3NH3PbI3: NiO NPs composite for
efficient carbon-based perovskite solar cells
R. Isaac Daniel, N. Santhosh, K. R. Acchutharaman, B. Vasanth, R. Govindaraj, M. Senthil Pandian,P. Ramasamy (Sri Sivasubramaniya Nadar College of Engineering, India)[WeP-41-06]
Improved optoelectronic properties of rutile TiO2 through strontium doping for theapplication in perovskite solar cells
K. R. Acchutharaman, N. Santhosh, R. Isaac Daniel, N. Balagowtham, M. Senthil Pandian, P.
Ramasamy (Sri Sivasubramaniya Nadar College of Engineering, India)[WeP-41-07]
Orientation control of two-dimensional perovskite (CH3(CH2)3NH3)2(CH3NH3)n-1PbnI3n+1137

(n=2) thin films by thermal annealing
Yuya Futamura, Fumiya Sano, Haruki Yasuda, Shoichiro Hino, Yasushi Sobajima, Norimitsu
Yoshida (Gifu Univ., Japan)[WeP-41-08]
Computational screening of Cs based vacancy-ordered double perovskites for
optoelectronic applications
Xinyu Ye1, Anmin Liu2, Yue Zhao1, Jiaying Zhang1, Tingli Ma1,3, (1. Kyushu Inst. Technology, Japan,
2. Dalian Univ. Technology, China, 3. China Jiliang Univ., China)[WeP-41-09]
Crystallographic analysis on copper (I) iodide as hole transporting layer at lowtemperature condition
Omsri Vinasha Aliyaselvam1, Faiz Arith1, Puvaneswaran Chelvanathan2, Nowshad Amin3 (1. Univ.
Teknikal Malaysia Melaka, Malaysia, 2. Univ. Kebangsaan Malaysia, Malaysia, 3. Univ. Tenaga
Nasional, Malaysia)[WeP-41-10]
Stabilization of FAPbI3 films using formamide based additive
Itaru Raifuku1,2, Yu-Hsien Chiang2, Cheng-Hung Hou3, Ming-Hsien Li2,4, Chen-Fu Lin2, Pei-Ying
Lin2, Jing-Jong Shyue3, Peter Chen2,5 (1. Nara Inst. Science and Technology, Japan, 2. National
Cheng Kung Univ., Taiwan, 3. Academia Sinica, Taiwan, 4. National Chi Nan Univ., Taiwan, 5. HiGEM Research Center, Taiwan)[WeP-41-11]
Solvent and antisolvent co-engineering to enhance the stability of MAPbI3-based
perovskite solar cells fabricated in air ambient
Abdurashid Mavlonov, Yu Kawano, Jakapan Chantana, Yoshihiro Hishikawa, Takayuki Negami,
Takashi Minemoto (Ritsumeikan Univ., Japan)[WeP-41-12]
Neutron irradiation resistance of perovskite solar cells
Yasuki Okuno1, Tomohiro Kobayashi2, Mitsuru Imaizumi3 (1. Kyoto Univ., Japan, 2. RIKEN, Japan,
3. Japan Aerospace Exploration Agency, Japan)[WeP-41-13]
Effect of SiNx gas barrier films on the protection of perovskite layers
Wenbo Cao1, Peng Liu2, Huynh Thi Cam Tu1, Md. Shahiduzzaman2, Tetsuya Taima2, Keisuke
Ohdaira1 (1. Japan Advanced Inst. Science and Technology, Japan, 2. Kanazawa Univ., Japan)[WeP-41-14]
Improving efficiency and stability of wide-bandgap perovskite solar cells throughPEABF4 passivation layer
138

Jaehyuk Koh, Byungha Shin (Korea Advanced Inst. Science and Technology, Korea)[WeP-41-15]
The mechanisms of the light-induced degradation of perovskite solar cells
Hirotaka Sano, Kohei Fujita, Yayoi Nemoto, Ryo Sato, Tomofumi Honjo and Yasuhiro Matsubara(Kyocera Corp., Japan)[WeP-41-16]
Sonochemically synthesized MAPbI3 microcrystals for efficient and economic carbon
based perovskite solar cells
N. Balagowtham, K. R. Accutharaman, N. Santhosh, Muthu Senthil Pandian, P. Ramasamy (SriSivasubramaniya Nadar College of Engineering, India)[WeP-41-17]
Effects of mechanical bending strength on flexible perovskite solar cells
Nuth Sophal, Tetsuya Kaneko, Tetsuhiro Katsumata, Koji Tomita, Masao Isomura (Tokai Univ.,
Japan)[WeP-41-18]
Elemental distribution of olganometal halide perovskite photo absorber in perovskite
solar cell
Kei Ito, Takeru Bessho, Miwako Furue, Ryota Kan, Keishi Tada, Jotaro Nakazaki, Hiroshi Segawa(Univ. Tokyo, Japan)[WeP-41-19]
Investigation of electroluminescence image capturing conditions for perovskite solar
cells toward on-site evaluation technology
Masaya Hamada, Ryo Washiashi, Yasuaki Ishikawa (Aoyama Gakuin Univ., Japan)[WeP-41-20]
Influence of electroluminescence measurement on the characteristics of perovskite
solar cells
Ryo Washiashi, Tomoki Shinada, Masaya Hamada, Yasuaki Ishikawa(Aoyama Gakuin Univ.,

Japan)[WeP-41-21]
Maximum power point tracking (MPPT) integrated PV power analyzing system forovercome evaluation challenges of perovskite solar cells
Viraj Piyankarage1, Shoji Kaneko1, Ludmila Cojocaru2, Satoshi Uchida3, Hiroshi Segawa3 (1. SPD
Lab, Inc., Japan, 2. Univ. Bordeaux, France, 3. Univ. Tokyo, Japan)[WeP-41-22]
First-principles calculation analysis and photovoltaic properties of copper compound139

added perovskite solar cells
Riku Okumura1, Takeo Oku1, Atsushi Suzuki1, Masanobu Okita2, Sakiko Fukunishi2, Tomoharu
Tachikawa2, Tomoya Hasegawa2 (1. Univ. Shiga Prefecture, Japan, 2. Osaka Gas Chemicals Co.,
Ltd., Japan)[WeP-41-23]
The effect of chloride atoms induced to the formation of organometal halide perovskite
intermediate phase crystal
Saemi Takahashi1,2, Satoshi Uchida2, Abhijit Chatterjee3, Takumi Kinoshita2, Hiroshi Segawa1,2 (1.
Research Association for Technology Innovation of Organic Photovoltaics, Japan, 2. Univ. Tokyo,
Japan, 3. Dassault Systèmes K.K., Japan)[WeP-41-24]
Degradation mechanism of halide perovskite crystals due to exposure to light andhumidity
Kazuma Sakaki1, Nao Saito1, Naoyuki Shibayama1, Yuiga Nakamura2, Masashi Ikegami1, Tsutomu
Miyasaka1 (1. Toin Univ. Yokohama, Japan, 2. Japan Synchrotron Radiation Research Inst./SPring8, Japan)[WeP-41-25]
Observation of halide perovskite crystal growth process by in situ heating WAXS
measurements
Nao Saito1, Kazuma Sakaki1, Naoyuki Shibayama1, Yuiga Nakamura2, Masashi
Ikegami1, Tsutomu Miyasaka1 (1. Toin Univ. Yokohama, Japan, 2. Japan Synchrotron Radiation
Research Inst./SPring-8, Japan)[WeP-41-26]
In situ infrared MAIRS study of GASnI3 formation from vacuum-deposited GAI and SnI2
bi-layer thin films
Kazuki Shimada1, Shingo Maruyama1, Tetsuhiko Miyadera2, Kenichi Kaminaga1, Yuji Matsumoto1(1. Tohoku Univ., Japan, 2. National Inst. Advanced Industrial Science and Technology, Japan)[WeP-41-27]
Characterization of carrier and thermal transport properties of CH3NH3PbX3 (X=Br, I)
single crystals using photoacoustic technique
Ding Liu1, Hua Li1, Yusheng Li1, Chao Ding1, Taro Toyoda1, Koji Miyazaki2, Shuzi Hayase1, Qing
Shen1 (1. Univ. Electro-Communications, Japan, 2. Kyushu Inst. Technology, Japan)[WeP-41-28]
Role of monovalent cation in the dielectric relaxation processes and correlation of
defects with the thermal stability of hybrid metal halide perovskite solar cells
Kashimul Hossain, Shivam Singh, Dinesh Kabra (Indian Inst. Technology, India)
140

[WeP-41-29]
Fabrication of perovskite/CI(G)S tandem solar cells by the integration of bottom andtop cell processes
SeongYeon Kim, Dong-Hwan Jeon, Soo-Kwan Kim, Jaebaek Lee, Hyo Jeong Jo, Van Quy Hoang,
Si-Nae Park, Dae-Ho Son, Jongmin Choi, Shi-Joon Sung, Kee-Jeong Yang, Dae-Kue Hwang, JinKyu Kang, Dae-Hwan Kim (Daegu Gyeongbuk Inst. Science and Technology, Korea)[WeP-41-30]
A study on capacitance generation layers for perovskite devices
Masumi Saito1, Satoshi Uchida1, Piyankarage Viraj Vishwakantha Jayaweera2, Shoji Kaneko2,
Hiroshi Segawa1 (1. Univ. Tokyo, Japan, 2. SPD Lab., Inc., Japan)[WeP-41-31]
Investigation for defect suppression of high-performance perovskite solar cells via
SCAPS simulation
Siliang Cao1, Muhammad Monirul Islam1, Shaoqiang Chen2, Takeaki Sakurai1 (1. Univ. Tsukuba,
Japan, 2. East China Normal Univ., China)[WeP-41-32]
Wide bandgap organic-inorganic halide perovskite solar cells for the application oftransparent photovoltaic devices
Mijoung Kim, Jaegwan Sin, Gisung Kim, Hyojung Kim, JungYup Yang (Kunsan National Univ.,
Korea)[WeP-41-33]
Toward high efficiency perovskite solar cells by doping cesium iodide into PbI2 film via
two-step deposition method
Seoungjun Ahn1, Kun-Mu Lee1,2, Wei-Hao Chiu1 (1. Chang Gung Univ., Taiwan, 2. Chang Gung
Memorial Hospital, Taiwan)[WeP-41-35]
Perovskite solar cells on film with current-collection holes
Ryousuke Ishikawa, Naoki Suyama, Makoto Konagai (Tokyo City Univ., Japan)[WeP-41-36]
Solvent-additive coordination effect on lead-iodide precursor for enlarging grain size of
perovskite film
Sol-i Bae, Hyungwoo Kim, Kwanyong Seo (Ulsan National Inst. Science and Technology, Korea)[WeP-41-37]
Surface passivation of p-i-n perovskite solar cell with spin coated perovskite/ETL layers
Toshimitsu Mochizuki1, Shota Araki1, Hidetaka Takato1, Katsuto Tanahashi1, Yutaka Okuyama2,
Takeshi Sano2 (1. National Inst. Advanced Industrial Science and Technology, Japan, 2. Yamagata
141

Univ., Japan)[WeP-41-38]
Laser molecular beam deposition of functional materials for halide metal perovskite
solar cells
Nobuyuki Matsuki, Tomomasa Sato (Kanagawa Univ., Japan)[WeP-41-39]
Process insights into scalable perovskite thin-film fabrication using unsupervisedmachine learning of in situ luminescence data
Felix Laufer1, Sebastian Ziegler2, Fabian Schackmar1, Edwin A. Moreno Viteri1, Markus Götz1,
Charlotte Debus1, Fabian Isensee2, Ulrich W. Paetzold1 (1. Karlsruhe Inst. Technology, Germany,
2. German Cancer Research Center, Germany)[WeP-41-40]
Lead free perovskite single crystal growth by slow evaporation with an anti-solvent
atmosphere
Saritha K. Ratnakaran, Muthu Gomathy M. Pandian, Shanthi Subashchandran, Josfel Flora (AnnaUniv., India)[WeP-41-41]
Fabrication of cost-effective carbon electrode-based planar perovskite solar cells
Yang, Hongxia Wang (Queensland Univ. Technology, Australia)[WeP-41-42]
Enhanced efficiency and stability in Sn-based perovskite solar cells by trimethylsilyl
halide surface passivation
Zheng Zhang, Qing Shen, Shuzi Hayase (Univ. Electro-Communications, Japan)[WeP-41-43]
A review of low-dimensional perovskite and its use for defect passivation
Natalia B. Correa Guerrero1,2, Naoyuki Shibayama2, Masashi Ikegami2, Tsutomu Miyasaka2 (1.
Inst. Nanociencia y Nanotecnología, CNEA-CONICET, Argentina, 2. Toin Univ. Yokohama, Japan)[WeP-41-44]
Degradation kinetics of perovskite solar cells exposed to H2O or O2
Said Kazaoui, Ivan Turkevych (National Inst. Advanced Industrial Science and Technology, Japan)[WeP-41-45]
Factors affecting the stability and efficiency of tin-lead perovskite solar cells
Gaurav Kapil1,2, Takeru Bessho2, Qing Shen1, Hiroshi Segawa2, Shuzi Hayase1 (1. Univ. Electrocommunications, Japan, 2. Univ, Tokyo, Japan)
142

[WeP-41-46]
Effect of vapor sources for atomic layer deposition of SnO2 on photovoltaic
performance of perovskite solar cells
Sang-Uk Lee, Hyunjung Shin, Nam-Gyu Park (Sungkyunkwan Univ., Korea)[WeP-41-47]
Cat-CVD SiNx for film encapsulation of mixed cation-halide CsFAMAPbIBr perovskite
cell structures
Huynh Thi Cam Tu1, Ai Shimazaki2, Ryuji Kaneko2, Atsushi Wakamiya2, Keisuke Ohdaira1 (1.
Japan Advanced Inst. Science and Technology, Japan, 2. Kyoto Univ., Japan)[WeP-41-48]
Optimization of the tunnel recombination junction of 2-terminal perovskite/silicontandems using advanced semiconductor analysis (ASA) simulations
Carlos Ruiz Tobon, Raiyan Shaikh, Paul Procel Moya, Malte Ruben Vogt, Rudi Santbergen, Miro
Zeman, Olindo Isabella (Delft Univ. Technology, The Netherlands)[WeP-41-50]
Effect of solar spectral shape on the ANN performance in the prediction of the output
power density of 2-terminal perovskite/silicon tandem solar cells under realistic
conditions
Dong C. Nguyen, Yasuaki Ishikawa (Aoyama Gakuin Univ., Japan)[WeP-41-51]
Low temperature aluminum paste for perovskite/heterojunction tandem solar cellapplications
Marwan Dhamrin1,2, Shota Suzuki2, Kosuke Tsuji2, Hideaki Minamiyama2, Kazunori Ishikawa1 (1.
Osaka Univ., Japan, 2. Toyo Aluminium K.K., Japan)

143

PVSEC33

Area 4: Perovskite and emerging photovoltaics, advanced materials, sophisticated processes
Sub-area 4-1: Perovskite photovoltaics and related technologies[WeO-41g] Green Innovation Special Session
Session Chairs: Takaya Kubo (Univ. Tokyo, Japan), Takayuki Negami (Ritsumeikan Univ.,
Japan)
Wed. Nov 16, 2022 3:30 PM - 5:30 PM Shirotori Hall (Bldg. 4, 1F)[WeO-41g-01] 3:30 PM – 4:10 PM(INVITED) Materials and interfaces engineering for perovskite solar cells
Takurou N. Murakami (National Inst. Advanced Industrial Science and Technology, Japan)[WeO-41g-02] 4:10 PM – 4:50 PM(INVITED) Materials chemistry for commercialization of perovskite photovoltaics
Atsushi Wakamiya1,2 (1. Kyoto Univ., Japan, 2. EneCoat Technologies, Co. Ltd., Japan)[WeO-41g-03] 4:50 PM – 5:30 PM(INVITED) Materials and process development for efficient module perovskite solar
cells toward commercialization
Takeru Bessho, Hiroshi Segawa (Univ. Tokyo, Japan)

144

PVSEC33

Area 4: Perovskite and emerging photovoltaics, advanced materials, sophisticated processes
Sub-area 4-1: Perovskite photovoltaics and related technologies[ThO-41h] New Materials and Stability
Session Chair: Atsushi Wakamiya (Kyoto Univ., Japan)
Wed. Nov 17, 2022 8:30 AM - 10:00 AM Shirotori Hall (Bldg. 4, 1F)[ThO-41h-01] 8:30 AM – 9:00 AM(INVITED) Flexible perovskite solar cells for power sources in a low carbon society
Senol Öz, David Forgacs, Cristina Teixeira (Saule Technologies, Poland)[ThO-41h-02] 9:00 AM – 9:15 AM
Synthesis and characterization of manganese-doped organic metal halide perovskite
thin films
Kosei Tsutsumi, Hytham Elbohy, Amr Elattar, Hiroo Suzuki, Takeshi Nisikawa, Yasuhiko Hayashi(Okayama Univ., Japan)[ThO-41h-03] 9:15 AM – 9:30 AM
Sn-based perovskite solar cells with inorganic contact layer
Liang Wang, Qing Shen, Shuzi Hayase (Univ. Electro-Communications, Japan)[ThO-41h-04] 9:30 AM – 9:45 AM
Operational stability and low light performance of wide-bandgap perovskite solar cells
Richard Murdey, Minh Anh Truong, Ai Shimazaki, Ryuji Kaneko, Tomoya Nakamura, Atsushi
Wakamiya (Kyoto Univ., Japan)[ThO-41h-05] 9:45 AM – 10:00 AM
Interface modification with a novel multifunctional dynamically cross-linked
polyurethanepolymer for highly efficient and stable FAPbI3 based solar cell
Mei Lyu, Henda Yao, Jun Zhu (Hefei Univ. Technology, China)

145

PVSEC33

Area 4: Perovskite and emerging photovoltaics, advanced materials, sophisticated processes
Sub-area 4-1: Perovskite photovoltaics and related technologies[ThO-41j] Stability and Related Topics
Session Chair: Takurou N. Murakami (National Inst. Advanced Industrial Science andTechnology, Japan)
Wed. Nov 17, 2022 10:30 AM - 12:00 PM Shirotori Hall (Bldg. 4, 1F)[ThO-41j-01] 10:30 AM – 10:45 AM
Thermal stability improvement in tin-lead perovskite solar cells realized via doping
engineering
Shahrir Razey Sahamir, Qing Shen, Shuzi Hayase (Univ. Electro-Communications, Japan)[ThO-41j-02] 10:45 AM- 11:00 AM
Attenuating defects for efficient and stable tin-based perovskite solar cells withhydrazide functional additives
Dhruba B. Khadka, Yasuhiro Shirai, Masatoshi Yanagida, Kenjiro Miyano (National Inst. Materials
Sciences, Japan)[ThO-41j-03] 11:00 AM – 11:15 AM
Understanding the charge dynamics and degradation processes in 2D/3D n-i-p
structured perovskite solar cells using electrochemical impedance spectroscopy
Zubair Ahmad (Qatar Univ., Qatar)[ThO-41j-04] 11:15 AM – 11:30 AM
Analysis of charge states and device degradation mechanisms in PEA-containing tin
perovskite solar cells
Atsushi Sato1, Seira Yamaguchi1, Mayu Motohashi1, Yihuang Wang1, Tomoya Nakamura2, Atsushi
Wakamiya2, Kazuhiro Marumoto1 (1. Univ. Tsukuba, Japan, 2. Kyoto Univ., Japan)[ThO-41j-05] 11:30 AM – 11:45 AM
Passivation of CsPbIBr2 for the fabrication of a stable and efficient carbon-based
inorganic perovskite solar cell
Akanksha Choubey, Nagapandiselvi Perumal, Senthil Pandian Muthu, Ramasamy Perumalsamy(Sri Sivasubramaniya Nadar College of Engineering, India)[ThO-41j-06] 11:45 AM – 12:00 PM
Estimation of thermal budget during the lamination process for perovskite solar cells
Atsushi Masuda1, Taeko Semba1, Liangle Wang2, Md. Shahiduzzaman2, Tetsuya Taima2 (1. Niigata
Univ., Japan, 2. Kanazawa Univ., Japan)

146

PVSEC33

Area 4: Perovskite and emerging photovoltaics, advanced materials, sophisticated processes
Sub-area 4-2: Emerging materials and game-change technologies[MoO-42a] Quantum Dot Solar Cells
Session Chairs: Joseph M. Luther (National Renewable Energy Lab., USA), Qing Shen (Univ.
Electro-Communications, Japan)
Mon. Nov 14, 2022 8:30 AM - 10:00 AM 431 (Bldg. 4, 3F)[MoO-42a-01] 8:30 AM – 9:00 AM(INVITED) Bulk photovoltaic effect of two-dimensional materials in polar structure
Yijin Zhang (Univ. Tokyo, Japan)[MoO-42a-02] 9:00 AM – 9:15 AM
High-efficiency quantum dot-sensitized solar cells by QD secondary deposition
Zhenxiao Pan, Xinhua Zhong (South China Agricultural Univ., China)[MoO-42a-03] 9:15 AM – 9:30 AM
Reducing the trapping states of both electrons and hole in PbS quantum-dot solar cellswith an efficient double passivation strategy
Chao Ding1, Shuzi Hayase1, Taizo Masuda1,2, Qing Shen1 (1,Univ, Electro-Communications, Japan,
2. Toyota Motor Corp., Japan)[MoO-42a-04] 9:30 AM – 9:45 AM
Direct synthesis of lead chalcogenide (PbX, X=S, Se) quantum dot inks andphotovoltaic applications
Zeke Liu, Yangliu, Wanli Ma (Soochow Univ., China)[MoO-42a-05] 9:45 AM – 10:00 AM
High-performance quantum junction solar cells
Xintong Zhang, Yinglin Wang, Lei Wang, Xinlu Liu, Yuwen Jia, Yichun Liu (Northeast Normal Univ.,
China)

147

PVSEC33

Area 4: Perovskite and emerging photovoltaics, advanced materials, sophisticated processes
Sub-area 4-2: Emerging materials and game-change technologies[MoO-42b] Hot Carrier and Emerging Concepts
Session Chairs: Takaya Kubo (Univ. Tokyo, Japan), Qing Shen (Univ. Electro-Communications,Japan)
Mon. Nov 14, 2022 10:30 AM - 12:00 PM 431 (Bldg. 4, 3F)[MoO-42b-01] 10:30 AM – 11:00 AM(INVITED) Thermodynamics of emerging photovoltaic concepts
Andreas Pusch, Nicholas J. Ekins-Daukes (Univ. New South Wales, Australia)[MoO-42b-02] 11:00 AM – 11:15 AM
Valley photonics: A new approach towards the hot carrier solar cell
Kyle R. Dorman1, Hamidreza Esmaielpour1, David K. Ferry2, Vincent R. Whiteside1, Jinfeng Tang1,
Tetsuya D. Mishima1, Michael B. Santos1, Ian R. Sellers1 (1. Univ. Oklahoma, USA, 2. ArizonaState Univ., USA)

[MoO-42b-03] 11:15 AM – 11:30 AM
Discovering ultrafast exciton transport based on delocalization in quantum dot solids
Zhilong Zhang, Jooyoung Sung, Akshay Rao (Univ. Cambridge, UK)[MoO-42b-04] 11:30 AM – 11:45 AM
Effects of impact-Auger on hot-carrier photocatalysis for artificial photosynthesis
Yasuhiko Takeda, Shunsuke Sato, Takeshi Morikawa (Toyota Central R&D Labs., Inc., Japan)[MoO-42b-05] 11:45 AM – 12:00 PM
Colloidal nanocrystals of hybrid perovskite semiconductors for optoelectronic andphotovoltaic applications
Joseph M. Luther (National Renewable Energy Lab., USA)148

PVSEC33

Area 4: Perovskite and emerging photovoltaics, advanced materials, sophisticated processes
Sub-area 4-2: Emerging materials and game-change technologies[TuP-42] New Concepts, Nanostructure, and Emerging Materials
Tue. Nov 15, 2022 12:00 PM - 3:00 PM P-42/Event Hall (Bldg. 1, 1F)[TuP-42-01]
Effect of Cl-doping in ZnCdTeO on photovoltaic properties of ZnCdTeO intermediateband solar cells
Daiki Tani, Katsuhiko Saito, Qixin Guo, Tooru Tanaka (Saga Univ., Japan)[TuP-42-02]
Photocurrent enhancement by below bandgap excitation in GaPN
Abdul Qayoom, Sanjida Ferdous, Shuhei Yagi, Hiroyuki Yaguchi (Saitama Univ., Japan)[TuP-42-03]
The effect of MBE alternating growth of phosphorus-doped ZnTe thin films
Muhamad Mustofa, Katsuhiko Saito, Qixin Guo, Tooru Tanaka (Saga Univ., Japan)[TuP-42-04]
Optical characterization of wire-on-well structure by photoreflectance measurements
Shintaro Komaba1, Naoki Yamamoto1, Masakazu Sugiyama2, Tetsuo Ikari1, Atsuhiko Fukuyama1(1. Univ. Miyazaki, Japan, 2. Univ. Tokyo, Japan)[TuP-42-05]
Effect of local strains on carrier transport properties of InGaAs/GaAsP superlatticesolar cell structures with a different phosphorus composition
Naoki Yamamoto1, Tetsuo Ikari1, Shintaro Komaba1, Masakazu Sugiyama2, Atsuhiko Fukuyama1(1. Univ. Miyazaki, Japan, 2. Univ. Tokyo, Japan)[TuP-42-06]
Effects of thick luminescent down-shifting layers with ZnSe/ZnS:Mn/ZnS nanoparticles
on Si solar cells
Yuki Idutsu1, Keigo Awai2, Jianbo Liang1,2, H. Nishimura2, DaeGwi Kim1, Yong-Gu Shim1, Naoteru
Shigekawa1,2 (1. Osaka Metropolitan Univ., Japan, 2. Osaka City Univ., Japan)[TuP-42-07]
Inorganic lead halide perovskite nanocrystals for quantum cutting Si solar cellapplication: Effect of anion exchange on PLQY
Tomoya Yamada1, Hyunju Lee1,2, Yoshio Ohshita1, Nobuaki Kojima1 (1. Toyota Technological Inst.,
Japan, 2. Meiji Univ., Japan)[TuP-42-08]
149

Planar and cylindrical waveguide-based 2D-photorecepto-conversion scheme(2DPRCS)
Akira Ishibashi, Nobuo Sawamura, Yubo Wang, Naoto Kato (Hokkaido Univ., Japan)[TuP-42-09]
Photovoltaic properties of few-layer WS0.3Se1.7/WOx lateral p+-n junctions using gold
mirror layer
Abdul Kuddus, Md Faruk Hossain, Kojun Yokoyama, Keiji Ueno, Hajime Shirai (Saitama Univ.,
Japan)[TuP-42-10]
Synthesis of multilayer two-dimensional group-IV flakes and nanosheets
Masashi Kurosawa1, Mai Itoh1, Yoshitsune Ito1, Kazuya Okada1, Akio Ohta1, Masaaki Araidai1,
Kosuke O. Hara2, Yuichiro Ando3, Shigeru Yamada4, Shigehisa Shibayama1, Mitsuo Sakashita1,
Osamu Nakatsuka1 (1. Nagoya Univ., Japan, 2. Univ. Yamanashi, Japan, 3. Kyoto Univ., Japan, 4.
Gifu Univ., Japan)[TuP-42-11]
Carrier density control of CrSi2 partially substituted with Mn
Kaichi Tasaki, Kei Hayashi, Yuzuru Miyazaki (Tohoku Univ., Japan)[TuP-42-12]
Effect of nitrogen partial pressure on properties of Cu3N thin films by RF magnetron
sputtering
Miho Ohishi, Katsuhiko Saito, Qixin Guo, Tooru Tanaka (Saga Univ., Japan)[TuP-42-13]
Preparation of (Mn,Fe,V)Siγ single crystals for infrared absorption optoelectronics
Toshiaki Chiba, Kei Hayashi, Yuzuru Miyazaki (Tohoku Univ., Japan)[TuP-42-14]
Inorganic or/and organic passivation on ZnO NWs to enhance the efficiency ofquantum dot/ZnO NW heterojunction solar cells
Yuyao Wei, Chao Ding, Mako Nakamura, Shuzi Hayase, Qing Shen (Univ. Electro-Communications,Japan)[TuP-42-15]
Modulated dipole near-field to achieve broadband SiNW design for translucent solar
cells
Zhongliang Gao1,2, Qi Geng1, Zhe Wang1, Meicheng Li1 (1. North China Electric Power Univ., China,
2. Shandong Univ. Technology, China)[TuP-42-16]
150

Investigation of defects in Si/SiO2 multilayer films by electron spin resonance
Shigeru Yamada, Yuki Nishi, Yuto Ebata, Naoki Matsuo, Takashi Itoh (Gifu Univ., Japan)[TuP-42-17]
Thin film synthesis and characterizations of Type II SiGe alloyed clathrates
Shiori Kurita1, Ryo Noguchi1, Rahul Kumar2, Tun Naing Aye1, Fumitaka Ohashi1, Himanshu S. Jha1,
Tetsuji Kume1 (1. Gifu Univ., Japan, 2. National Inst. Technology, Gifu College, Japan)[TuP-42-18]
Verification of Sn position in Sn-doped Si,Ge thin film solar cell materials by X-ray
fluorescence holography
Shota Hoshi1, Tomoya Kanno1, Motoki Takano1, Widyanisa Keiko1, Youdai Kobayashi1, Yuka
Tomimatu1, Koji Kimura2, Naohisa Happo3, Shota Suzuki4, Marwan Dhamrin4,5, Keisuke Fukuda6,
Satoru Miyamoto6, Noritaka Usami6, Koichi Hayashi2, Kenji Ohyama1 （1. Ibaraki Univ., Japan, 2.
Nagoya Inst. Technology, Japan, 3. Hiroshima City Univ., Japan, 4. Toyo Aluminium K.K., Japan, 5.
Osaka Univ., Japan, 6. Nagoya Univ., Japan）[TuP-42-19]
Development of novel crystal growth method for silicon clathrate
Haruhiko Morito1, Suguru Iwasaki2, Masaya Fujioka2, Kozo Fujiwara1 (1. Tohoku Univ., Japan, 2.
Hokkaido Univ., Japan)[TuP-42-20]
Fabrication of pn junction by doping into a nano-crystalline Si paste made from poly-Si
raw material
Lusato Mashaka Majula, Matsuo Seiya, Rajshree Rajkumari, Yoshimine Kato (Kyushu Univ.,
Japan)[TuP-42-21]
Solution-processed heavy pnictogen chalcoiodide films for lead-free solar cellapplications
Yong Chan Choi, Kang-Won Jung (Daegu Gyeongbuk Inst. Science and Technology, Korea)[TuP-42-22]
Research on synthesis and properties of stable perovskite materials for WLED
Yongge Yang, Chao Ding, Shuzi Hayase, Qing Shen (Univ. Electro-Communications, Japan)

151

PVSEC33

Area 4: Perovskite and emerging photovoltaics, advanced materials, sophisticated processes
Sub-area 4-2: Emerging materials and game-change technologies[TuO-42c] Quantum Well Solar Cells and Emerging Technologies
Session Chairs: Tooru Tanaka (Saga Univ., Japan), Kentaroh Watanabe (Univ. Tokyo, Japan)
Tue. Nov 15, 2022 3:30 PM - 5:00 PM 431 (Bldg. 4, 3F)[TuO-42c-01] 3:30 PM – 3:45 PM
The quantum well solar cell – The concept to record efficiency
Nicholas Ekins-Daukes (Univ. New South Wales, Australia)[TuO-42c-02] 3:45 PM – 4:00 PM
Dilute nitride based MQWs with strain compensation for 1.0 eV subcells
Naoya Miyashita1,2, Yusuke Oteki1, Nazmul Ahsan1, Tomah Sogabe2, Koichi Yamaguchi2, Yoshitaka
Okada1 (1. Univ. Tokyo, Japan, 2. Univ. Electro-Communications, Japan)[TuO-42c-03] 4:00 PM – 4:15 PM
Broadband enhancement of intraband transition in two-step photon up-conversion
solar cells with a doubled-heterointerface structure
Hambalee Mahamu, Shigeo Asahi, Takashi Kita (Kobe Univ., Japan)[TuO-42c-04] 4:15 PM – 4:30 PM
Effects of carrier blocking barrier height on two-step photocurrent generation in dilutenitride intermediate band solar cells
Shuhei Yagi1, Shun Numata1, Yasushi Shoji2,3, Yoshitaka Okada2, Hiroyuki Yaguchi1 (1. Saitama
Univ., Japan, 2. Univ. Tokyo, Japan, 3. National Inst. Advanced Industrial Science and Technology,
Japan)[TuO-42c-05] 4:30 PM - 4:45 PM
Inverse design of perovskite/PbS quantum dot intermediate band solar cells
Kodai Shiba1,2, Koichi Yamaguchi1, Qing Shen1, Shuzi Hayase1, Yoshitaka Okada3, Tomah
Sogabe1,2,3 (1. Univ. Electro-Communications, Japan, 2. Grid Inc., Japan, 3. Univ. Tokyo, Japan)[TuO-42c-06] 4:45 PM – 5:00 PM
Enhanced infrared photocurrent of PbS quantum dot / ZnO nanowire solar cell withdouble-layered mixture structure
Haibin Wang1, Takashi Koida2, Takaya Kubo1, Jotaro Nakazaki1, Hiroshi Segawa1 (1. Univ. Tokyo,
Japan, 2. National Inst. Advanced Industrial Science and Technology, Japan)

152

PVSEC33

Area 4: Perovskite and emerging photovoltaics, advanced materials, sophisticated processes
Sub-area 4-2: Emerging materials and game-change technologies[TuO-42d] Novel Conversion Mechanisms and Materials
Session Chairs: Tomah Sogabe (Univ. Electro-Communications, Japan), Naoya Miyashita (Univ.
Electro-Communications, Japan)
Tue. Nov 15, 2022 5:30 PM - 7:00 PM 431 (Bldg. 4, 3F)[TuO-42d-01] 5:30 PM – 6:00 PM(INVITED) Perovskite quantum dots for solar cells and beyond
Lianzhou Wang (Univ. Queensland, Australia)[TuO-42d-02] 6:00 PM – 6:15 PM
New non-toxic, stable and scalable semiconducting materials for silicon tandem solar
cells
Robert J. Patterson, Xiaojing Hao, Martin Green (Univ. New South Wales, Australia)[TuO-42d-03] 6:15 PM – 6:30 PM
Emerging 1D SbSeI and SbSeBr micro-columnar absorbers for photovoltaic
applications
Ivan Cano1, Simon Bossegui2, Sergio Giraldo1, Alejandro Navarro1, Xavier Alcobé3, Joaquim
Puigdollers1, Edgardo Saucedo1 (1. Univ. Politècnica de Catalunya, Spain, 2. EPF, Montpellier,France, 3. Univ. Barcelona, Spain)[TuO-42d-04] 6:30 PM – 6:45 PM
Universal lossless coupling formula for 2-terminal PVTE hybrids: Theory andexperiments
Kenji Kamide1, Jun Sakuma2, Toshimitsu Mochizuki1, Hidetaka Takato1, Hidefumi Akiyama2 (1.
National Inst. Advanced Industrial Science and Technology, Japan, 2. Univ. Tokyo, Japan)[TuO-42d-05] 6:45 PM – 7:00 PM
Surface engineered silicon quantum dots in hybrid perovskite solar cells
Vladimir Svrcek, Calum McDonald, Takuya Matsui (National Inst. Advanced Industrial Science andTechnology, Japan)

153

PVSEC33

Area 4: Perovskite and emerging photovoltaics, advanced materials, sophisticated processes
Sub-area 4-2: Emerging materials and game-change technologies[WeP-42] Quantum Dots and Novel Technologies
Wed. Nov 16, 2022 12:00 PM - 3:00 PM P-42/Event Hall (Bldg. 1, 1F)[WeP-42-01]
Controlling energy band structure of bismuth-based multinary quantum dots preparedby a solution-phase method and their photoelectrochemical properties
Kazutaka Akiyoshi, Wentao Zhang, Tatsuya Kameyama, Tsukasa Torimoto (Nagoya Univ., Japan)[WeP-42-02]
Numerical modeling and optimizations of lead sulfide colloidal quantum dot solar cells
Dandan Wang, Chao Ding, Shuzi Hayase1, Qing Shen (Univ. Electro-Communications, Japan)[WeP-42-03]
The suppression of trap state via compensating ligand for high-performance PbS
quantum dot solar cell
Chao Wang, Yinglin Wang, Xintong Zhang (Northeast Normal Univ., China)[WeP-42-04]
Analysis of electronic and optical properties and mobility simulation of perovskite ligand
passivated PbS quantum dot
Kenta Kumakura1, Katsuyoshi Sakamoto1,Qing Shen1, Naoya Miyashita1, Tomah Sogabe1,2,3 (1.
Univ. Electron-Communication, Japan, 2. Grid Inc., Japan, 3. Univ. Tokyo, Japan)[WeP-42-05]
Interfacial optimization for the high-performance of PbS quantum dot photovoltaics
Yinglin Wang, Xinlu Liu, Yuwen Jia, Lei Wang, Xintong Zhang, Yichun Liu (Northeast Normal Univ.,
China)[WeP-42-06]
Building efficient colloidal quantum dot solar cells by surface chemistry engineeringand printing technology
Guozheng Shi1,2, Zeke Liu2, Wanli Ma2, Qing Shen1 (1. Univ. Electro-Communications, Japan, 2.
Soochow Univ., China)[WeP-42-07]
Photoconductivity measurement of silicon quantum dot multilayers for the Bayesian
optimization
Fuga Kumagai1, Kazuhiro Gotoh1, Satoru Miyamoto1, Shinya Kato2, Naoki Matsuo3,
Shigeru Yamada3, Takashi Itoh3, Noritaka Usami1, Yasuyoshi Kurokawa1 (1. Nagoya Univ., Japan,
2. Nagoya Inst. Technology, Japan, 3. Gifu Univ., Japan)
154

[WeP-42-08]
Simultaneous A site cation doping and surface ligand management bydimethylammonium enable highly efficient and stable perovskite quantum dot
photovoltaics
Yinyan Xu, Jun Zhu (Hefei Univ. Technology, China)[WeP-42-09]
Chemical anchoring of semiconductor ligand onto perovskite quantum dots for hot andcold carriers extraction
Yusheng Li, Dandan Wang, Shota Yajima, Akihito Fuchimoto, Dong Liu, Hua Li, Yongge Yang,
Yuyao Wei, Chao Ding, Shuzi Hayase, Qing Shen (Univ. Electro-Communications, Japan)[WeP-42-10]
Effects of the perovskite QDs on the photoexcited carrier dynamics and photovoltaic
properties of perovskite solar cells
Ryota Osanai, Ding Chao, Li Hua, Li Yusheng, Shuzi Hayase, Qing Shen (Univ. ElectroCommunications, Japan)[WeP-42-11]
Cs2SnI6 nanocrystals enhancing hole extraction for efficient carbon-based CsPbI2Br
solar cells
Guizhi Zhang, Huashang Rao, Xinhua Zhong (South China Agricultural Univ., China)[WeP-42-12]
Synthesis of stable organic-inorganic tin halide perovskite quantum dots and their
optical properties
Shota Yajima, Chao Ding, Yusheng Li, Hua Li, Taro Toyoda, Shuzi Hayase, Qing Shen (Univ.
Electro-Communications, Japan)[WeP-42-13]
Bright and stable perovskite quantum-dot light-emitting diodes
Jianjun Tian (Univ. Science and Technology Beijing, China)[WeP-42-14]
Ultra-thin SnOx buffer layer enables high-efficiency quantum junction photovoltaics
with low current hysteresis
Yuwen Jia1, Haibin Wang2, Yinglin Wang1, Yichun Liu1, Xintong Zhang1, Hiroshi Segawa2 (1.
Northeast Normal Univ., China, 2. Univ. Tokyo, Japan)[WeP-42-15]
Effects of mixed A-site cations on photoelectric properties, hot carrier dynamics inhybrid lead halide perovskites
155

Hua Li, Chao Ding, Dong Liu, Shuzi Hayase, Qing Shen (Univ. Electro-Communications, Japan)[WeP-42-16]
Interface modification and interfacial charge dynamic in colloidal quantum dot solar
cells
Yaohong Zhang1, Qing Shen2 (1. Northwest Univ., China, 2. Univ. Electro-Communications, Japan)[WeP-42-17]
Interfacial engineering to enhance open-circuit voltage for high-performance colloidal
quantum dot solar cells
Xiaofei Li, Yinglin Wang, Xintong Zhang, Yichun Liu (Northeast Normal Univ., China)[WeP-42-18]
Lossless hybridization in series-connected PVTE hybrid tandems for output-power
optimization
Jun Sakuma1, Kenji Kamide2, Toshimitsu Mochizuki2, Hidetaka Takato2, Hidefumi Akiyama1 (1. Univ.
Tokyo, Japan, 2. National Inst. Advanced Industrial Science and Technology, Japan)[WeP-42-19]
Thermoradiative power yield from low-temperature waste heat source
Muhammad H. Sazzad, Michael P. Nielsen, Andreas Pusch, Phoebe M. Pearce, Peter J. Reece,
Nicholas J. Ekins-Daukes (Univ. New South Wales, Australia)[WeP-42-20]
Preparation of high quality inorganic single crystals for X-ray detectors by top-seedsolution method
Anfeng Li, Jianyu Zhang, Manman Yang, Xia Hao, Jingquan Zhang (Sichuan Univ., China)

156

PVSEC33

Joint Session: Sub-areas 1-1 and 2-3
Sub-area 1-1: Policy, market and deployment
Sub-area 2-3: Field performance of photovoltaic systems and related issues[WeO-23c] Joint Session of Sub Area 1-1 and 2-3: Why PV
Circularity and Sustainability?
Session Chair: Arnulf Jäger-Waldau (European Commission, Joint Research Center, Italy),
Edward His (Swiss Reinsurance, Switzerland)
Wed. Nov 16, 2022 3:30 PM - 5:30 PM 432 (Bldg. 4, 3F)[WeO-23c-01] 3:30 PM – 4:00 PM(INVITED) A critical review of PV circular economy research
Garvin Heath1, Dwarak Ravikumar1,2, Brianna Hansen1, Elaine Kupets1 (1. National Renewable
Energy Lab., USA, 2. Univ. Waterloo, Canada)[WeO-23c-02] 4:00 PM – 4:15 PM
HighLite H2020: Improving the environmental profile of high-performance low-cost
modules for a competitive EU PV manufacturing industry
Josco Kester1, Ashish Binani1, Frank Lenzmann1, Sami Lindfors2, Ville Lampinen2, Tadas
Radavicius3, Thomas Regrettier4, Samuel Harrison5, Loic Tous6, Arthur Weeber1 (1. TNO Solar
Energy, The Netherlands, 2. Valoe, Finland, 3. Solitek, Lithuania, 4. Voltec, France, 5. CEA INES,
France, 6. imec, Belgium)[WeO-23c-03] 4:15 PM – 4:30 PM
Life cycle assessment of c-Si photovoltaic module recycling with hot knife technology
Rolf Frischknecht1, Keiichi Komoto2, Taisuke Doi3 (1. treeze Ltd., Switzerland, 2. Mizuho Research& Technologies, Ltd., Japan, 3. NPC Incorporated, Japan)[WeO-23c-04] 4:30 PM – 4:45 PM
A survey of decommissioned photovoltaic modules from solar power plants in Thailand:
Performance and second life opportunities
Amornrat Limmanee, Nopphadol Sitthiphol, Suttinan Jaroensathainchok, Rangson Pluemkamon,
Saifon Kotesopa, Nuttakarn Udomdachanut, Aswin Hongsingthong (National Energy Technology
Center, National Science and Technology Development Agency, Thailand)[WeO-23c-05] 4:45 PM – 5:00 PM
Photovoltaic recycle technology with low temperature thermal decomposition
Masaru Sasai, Takeharu Yamashita, Daisuke Inoue (Tokuyama Corp., Japan)[WeO-23c-06] 5:00 PM – 5:30 PM(INVITED) Developments concerning the re-use of decommissioned PV modules
Arvid van der Heide1,2,3, Karsten Wambach4, Jan Clyncke5, Jef Poortmans1,2,3 (1. imec,
Belgium, 2. Hasselt Univ., Belgium, 3. EnergyVille, Belgium, 4. bifa Umweltinstitut GmbH, Germany,157

5. PV CYCLE, Belgium)

158

PVSEC33

Joint Session: Areas 3 and 4
Area 3: Photovoltaic modules, solar cells, advanced materials, sophisticated processes, cell andmodule characterizations
Area 4: Perovskite and emerging photovoltaics, advanced materials, sophisticated processes[WeO-41f] Area 3 and 4 Joint Session / Perovskite-X tandem
Session Chair: Eric Diau (National Chiao Tung Univ., Taiwan)
Wed. Nov 16, 2022 10:30 AM - 12:00 PM Shirotori Hall (Bldg. 4, 1F)[WeO-41f-01] 10:30 AM – 11:00 AM(INVITED) High-performance perovskite-CIGS thin-film tandem solar cells and minimodules
Fan Fu (Empa–Swiss Federal Labs. for Materials Science and Technology, Switzerland)[WeO-41f-02] 11:00 AM – 11:30 AM(INVITED) High efficiency perovskite/hetero-junction crystalline silicon tandem solar
cells
Kenji Yamamoto, Hisashi Uzu, Daisuke Adachi (1. Kaneka Corp., Japan)[WeO-41f-03] 11:30 AM – 11:45 AM
Industrial proven, high throughput vacuum deposition equipment for the mass
production of TOPCon, SHJ & perovskite solar cells
Xuemei Cheng, Simon Hübner, Frank May, Torsten Dippell (Singulus Technologies AG, Germany)[WeO-41f-04] 11:45 AM – 12:00 PM
Novel lamination approach for fabrication of monolithic perovskite/silicon tandem
photovoltaics
Julie Roger1, Luisa K. Schorn1, Minasadat Heydarian1, Ahmed Farag1, Thomas Feeney1, Daniel
Baumann1, Hang Hu1, Felix Laufer1, Weiyuan Duan2, Kaining Ding2, Andreas Lambertz2, Paul
Fassl1, Matthias Worgull1, Ulrich W. Paetzold1 (1. Karlsruhe Inst. Technology, Germany, 2.
Forschungszentrum Jülich GmbH, Germany)

159

PVSEC33

Joint Session: Areas 3 and 4
Area 3: Photovoltaic modules, solar cells, advanced materials, sophisticated processes, cell andmodule characterizations
Area 4: Perovskite and emerging photovoltaics, advanced materials, sophisticated processes[ThO-41i] Area 3 and 4 Joint Session / Perovskite-X tandem
Session Chair: Senol Öz, (Saule Technologies, Poland)
Thu. Nov 17, 2022 10:30 AM - 12:00 PM Shirotori Hall (Bldg. 4, 1F)[ThO-41i-01] 10:30 AM – 11:00 AM(INVITED) Efficient and stable all-perovskite tandem solar cells and modules
Hairen Tan (Nanjing Univ., China)[ThO-41i-02] 11:00 AM – 11:15 AM
Nanocrystalline Si as a recombination junction layer in perovskite-Si tandem solar cells
Calum McDonald, Hitoshi Sai, Vladimir Svrcek, Atsushi Kogo, Tetsuhiko Miyadera, Takurou N.
Murakami, Masayuki Chikamatsu, Yuji Yoshida, Takuya Matsui (National Inst. Advanced Industrial
Science and Technology, Japan)[ThO-41i-03] 11:15 AM – 11:30 AM
Development of high-efficiency two-terminal perovskite/silicon tandem solar cells
Miyuki Shiokawa1,4, Mengmeng Chen2, Shuzi Hayase2, Hitoshi Sai3, Takuya Matsui3, Tomohiro
Tobari1, Yutaka Saita1, Takeshi Gotanda1,4 (1. Toshiba Energy Systems & Solutions Corp., Japan,
2. Univ. Electro-Communications, Japan, 3. National Inst. Advanced Industrial Science andTechnology, Japan, 4. Toshiba Corp., Japan)[ThO-41i-04] 11:30 AM – 11:45 AM
Perovskite/silicon tandem cell manufactured by directly depositing SnO2 on TOPCon
silicon cell in CBD method
Jiyeon Hyun, Kyung Mun Yeom, Ha Eun Lee, Donghwan Kim, Hae-Seok Lee, Yoonmook Kang
(Korea Univ., Korea)[ThO-41i-05] 11:45 AM – 12:00 PM
Efficient semi-transparent perovskite solar cells for four-terminal perovskite/CIGS
tandem solar cells
Takeru Bessho1, Motoshi Nakamura1,2, Ching Chang Lin1, Chie Nishiyama1, Keishi Tada1,
Hiroshi Segawa1 (1. Univ. Tokyo, Japan, 2. Idemitsu Kosan Co., Ltd., Japan)

160

PVSEC33

Closing Ceremony
Session Chairs: Noritaka Usami (Nagoya Univ., Japan), Atsushi Masuda (Niigata Univ., Japan)
Thu. Nov 17, 2022 3:00 PM - 4:00 PM Shirotori Hall (Bldg. 4, 1F)

Highlight of Conference
Best Paper Award, Poster Award, and Student Award Ceremony
Announcement of Next Conferences161