差出人: Emma Kong emma.k@chemweekly.com
件名: 【Forthcoming Forum】 6th Perovskite, Heterojunction & Tandem Technology Forum will be held on April 16-18
日付: 2024年3月28日 16:19
宛先:【Forthcoming Forum】 6th Perovskite, Heterojunction & Tandem Technology
Forum will be held on April 16-18● 6th Perovskite, Heterojunction & Tandem Technology Forum 2024 will be held virtually
through Zoom on line.
● Simultaneous interpretation from Chinese to English will be available.
● More than 600 industry professionals from the upstream and downstream industry
chains of Tandem Solar Cell Paste will gather to discuss industry plans!

Latest Agenda
Agenda (4.16)
Large scale production of bifacial microcrystalline HJT cells—— Anhui Huasun Energy Co., Ltd.
Exploration of HJT Cost Reduction Route and Perovskite tandem Technology——Risen Energy Co., Ltd.
The whole line of perovskite thin film and tandem cell——S.C New Energy Technology Corporation
Challenges and solutions for industrial coating technology of perovskite——Shenzhen Manst Technology Co., Ltd.
Research on Key Technologies of High Efficiency Perovskite Solar Cells andModules——Guangdong Mellow Energy Technology Co., Ltd.
Balluff IO-LINK automation solution helps HJT cell intelligent manufacturing——Balluff Automation (Shanghai) Co., Ltd.
Research and development progress of SC-Solar perovskite equipment——Suzhou SC-Solar Equipment Co., Ltd.
Title TBD——Hubei Wonder Solar LLC./ Huazhong University of Science and Technology
Next Generation Thin Film Scribing——COWIN-4JET Intelligent Equipment Technology (Suzhou) Co., Ltd.
High-efficiency Copper-Heterojunction Cell——State Power Investment Corporation Limited
Application and prospect of advanced laser technology in the perovskite industry——Wuxi LeadLaser Co., Ltd.
Prospects for the industrialization of perovskite c-Si tandem technology

Prospects for the industrialization of perovskite c-Si tandem technology——CHINT Solar (Zhejiang) Co., Ltd.
Research Progress in Steady State I-V Testing Technology for Perovskite SolarCells Industrialization——Gsolar Power Co., Ltd.
Research progress in efficient perovskite/TOPCon tandem cells——Zhejiang Jinko Solar Co., Ltd.
Application Technology of Low Temperature Metallization Micro/Nano Powder for
Efficient PV Cells——Grinm Nexus Advanced Materials (Beijing) Co., Ltd.
Complete environmental protection solutions——Envi (Hangzhou) Environmental Tech. Co., Ltd.
Shanghai Electric Hengxi PV c-Si tandem Cells and Product Technology
Advantages and Mass Production Progress——Shanghai Electric Hengxi Photovoltaic Technology Co., Ltd.

Agenda (4.17)
Progress in perovskite PV technology and industrialization——Nanjing University/ Renshine Solar (Suzhou) Co., Ltd.
Analysis of the Classic and Simple Optical Path Driving and Control Concept of
LPKF Laser Equipment——LPKF (Shanghai) Co., Ltd.
Progress in the industrialization of perovskite——Hangzhou Microquanta Co., Ltd.
Application and challenges of slit-coating in the tandem perovskite industry——Suzhou Honest Intelligent Science and Technology Co., Ltd.
Discussion on Key Technical Challenges and Industrialization Paths of Dry Processfor Perovskite Cells——Suzhou Fangsheng Optoelectronic Co., Ltd.
Large area GW-level vapor deposition technology and application——Hefei Sineva Intelligent Machine Co., Ltd. (confirmed)
Developmentofperovskite-silicontandemsolarcell
technology
forindustrialization——Tongwei Solar (Chengdu) Co., Ltd. (confirmed)
Integrated machine for slot coating and crystallization of perovskite cells——S.C New Energy Technology Corporation
Material design and device optimization of a novel perovskite solar cell HTL Poly-4PACz——The Hong Kong University of Science and Technology
Module level tandem of perovskite c-Si——Kunshan GCL Photoelectric Material Co., Ltd.
Application and prospects of ALD equipment and processes in the field ofperovskite cells——Shenzhen Yuansu Optoelectronics Technology Co., Ltd.
Toward Durable Perovskite-Silicon Tandems——CubicPV
New Trends in the Perovskite Technology Market and Precision Plan——Shanghai Precision System, Inc.

0——Shanghai Precision System, Inc.
Industrialization path of perovskite PV modules——UtmoLight Co., Ltd.
The application of molecular spectroscopy products in the PV field——Techcomp Corporate
Research progress and industrialization prospects of Huaneng perovskite andtandem technology——Huaneng Clean Energy Research InstituteApr. 18 th On-site visiting (Risen HJT cell Production Line & S.C Changzhou Base)Business Travel Arrangement
1. The schedule of the business travel is as follows:

April 18th
09:00

Departure from Lobby on the first floor of Zhongwu

Hotel
Visit Risen (Changzhou) Energy Co., Ltd. (No.1 Shuinan Road, Zhixi Industrial
Park, Zhixi Town, Jintan District, Changzhou)
12:00-13:00

Lunch

Visit S·C Changzhou Base (No. 790-1 Huanghe West Road, Xinbei District,Changzhou)
14:40

Arrive at Changzhou Benniu International Airport

15:10

Arrive at Changzhou North Railway Station

15:40

Arrive at Zhongwu Hotel

2. Matters needing attention:
1. The organizer will arrange the bus to organize the trip. Pleasearrange the trip reasonably according to the time of arrival at thehotel. In addition to the scheduled itinerary, the organizer will not beable to arrange.

able to arrange.
2. Please assemble in the lobby of the Changzhou Zhongwu Hotel at
08:50 on April 18 and leave on time at 09:00. If you need to checkout, please check out before this time and take your luggage to thebus.

If you need to leave the team in advance for any personal reasons,please inform the staff: Ms. Kong 13918486381
Conference information
Conference: 6th Perovskite, Heterojunction & Tandem Technology Forum 2024
Time: April 16-18, 2024
Organizer: ASIACHEM
Conference scale: more than 600 attendees

Background
Heterojunction(HJT) solar cell has the advantages of high conversion efficiency,
simple manufacturing process, silicon wafer thinning application, low temperature
coefficient, no LID and PID, and bifacial power generation. HJT cells and modules
have achieved large-scale production and shipment. In 2023, Risen has started themass production of 0BB cells, 90µm ultra-thin cells and low silver content paste(silver dosage≤9mg/W), as well as the development and use of Risen's Hyper-link
stress-free cell interconnection technology suitable for 0BB cells. At the end of2023, Huasun put into operation a total HJT production capacity of nearly 20GW,and technological progress helped the average efficiency of mass production cells
reached 25.8%.
In 2024, advanced technologies such as wafers thinning, silver coated copper,copper electroplating, busbar-free metalization, and microcrystalline silicon will help
HJT technology improve efficiency and reduce costs as well as low indium
processes will continue to be promoted. According to the "China HJT Cell Project
Database" by Asiachem Consulting, as of January 2024, the newly constructed andplanned HJT cell production capacity in China has exceeded 500GW, bringing hugemarket opportunities for related technology and equipment suppliers.
Perovskite solar cell is a promising next-generation photovoltaic technology and theefficiency is rapidly improving. In September 2023, Renshine achieved an efficiencyof 19.42% on 30cm×40cm perovskite modules. In November, GCL achieved anefficiency of 18.04% on a 2m2 single junction perovskite module. The world's firstcommercial MW-level perovskite ground-mounted photovoltaic project, co-operatedby Microquanta and CTG, was successfully connected to the grid. In December, theefficiency of UtmoLight 810.1cm2 large-sized perovskite module reached 19.5%.
The challenges faced by perovskite technology mainly include further improving theefficiency of commercial sized cells, long-term stability and large-scaleefficiency of commercial sized cells, long-term stability and large-scale
manufacturing, as well as improving relevant testing standards and techniques.
Full-perovskite tandem cells and Perovskite/HJT or Perovskite/TOPCon
tandem solar cells are expected to promote the cheapest photovoltaic power
generation. In June 2023, Longi announced that it achieved a conversion efficiencyof 33.5% for silicon-perovskite tandem cell on commercial texture CZ wafers. InOctober, Tongwei announced that the R&D efficiency of perovskite tandem cells
have reached 31.65%. In December, Huasun announced that the 100MW pilot line
for HJT/Perovskite tandem cells is planned to be put into operation in 2025.
6th Perovskite, Heterojunction & Tandem Technology Forum 2024 will be heldon April 16-18 in Changzhou, Jiangsu, China. The conference will discussphotovoltaic industry outlook and market analysis of HJT, perovskite and tandem
cell, silicon wafers thinning, double-sided microcrystals, advanced silver paste,silver coated copper, copper electroplating, and busbar-free to promote theefficiency and the costs reduction of HJT. large-area industrial perovskite andtandem cell material system, manufacturing process and core equipment,
perovskite cell conversion efficiency improvement and long-term stability research,
HJT, perovskite and tandem module encapsulating technology and materials, etc.
This conference will provide ZOOM Global Online Participation andsimultaneous interpretation in Chinese and English.
ASIACHEM launches "China Photovoltaic Monthly Report", which contains
monthly updated Chinese photovoltaic industry project database and pricetrend chart:
Table 1: China Polysilicon Projects List (monthly update)
Table 2: China Silicon Rod/ Ingot Projects List (monthly update)
Table 3: China Silicon Wafer Projects List (monthly update)
Table 4: China PERC Cell Project List (monthly update)
Table 5: China TOPCon Cell Project List (monthly update)
Table 6: China HJT Solar Cell Project List (monthly update)
Table 7: China Advanced PV Module Project List (monthly update)
Price Chart of PV Industry Chain (Polysilicon, Silicon Wafer, Cell and Module)
If you are interested in giving speeches, sponsoring or participating in theconference, please contact us as soon as possible:

Best Regards
Shanghai ASIACHEM Consulting Co., Ltd.
Emma Kong
Tel:021-68726606-102
Mob:18019143963(微信同号）
email:kyq@chemweekly.com

Registration
Form -…24.doc
71 KB

Registration
Form -…24.doc
71 KB