8th INTERNATIONAL CONFERENCE on SMART GRID

(icSmartGrid2020)

Paris, France 17-19 June 2020
icSmartGrid2020
http://www.icsmartgrid.org/

DIAMOND SPONSOR

8th INTERNATIONAL CONFERENCE on SMART GRID

(icSmartGrid2020)
ORGANIZERSTECHNICAL CO-SPONSORSSUPPORTERS

DIAMOND SPONSOR

Paris, France 17-19 June 2020
icSmartGrid2020
http://www.icsmartgrid.org/
Media TypeXPLORE COMPLIANTUSB

CATALOG NUMBERS
Part Number
CFP20F97-ART
CFP20F97-USB

ISBN

978-1-7281-1107-0
978-1-7281-1106-3

Honorary Chair
Hidehiko Kikuchi, Corporate Senior Executive, Vice President, TMEIC, Japan
General Chair
Brayima Dakyo, University of Le-Havre, France
General Co-Chairs
Fujio KUROKAWA, Nagasaki Ins. of Applied Science, Japan

Ilhami Colak, Nisantasi University, Turkey

Program Chairs
Ramazan Bayindir, Gazi University, Turkey
Sertac Bayhan, Qatar Environment and Energy Research Ins., Qatar
Carlo Cecati, University of L’Aquila, L’Aquila, Italy
Luís Gomes, Universidade Nova de Lisboa, Portugal
Yousef Ibrahim, Federation University, Australia
Adel Nasiri, University of Milwaukee, USA
Tamas Ruzsanyi, Ganz-Skoda Electric Ltd., Budapest, Hungary
Emil Levi, Liverpool John Moores University, United Kingdom
Antonio Luque Estepa, Universidad de Sevilla, Spain
Nobumasa Matsui, Nagasaki Institute of Applied Science, JapanDan Ionel, University of Kentucky, Colleague of Enginnering, USA
Pekik Argo Dahono, Institut Teknologi Bandung, Endonezya
Wenlong Ming, Cardiff University, UK
Erdal Bekiroglu, Abant Izzet Baysal University, Turkey
Secretariat
Yuichiro Shibata, Nagasaki University, Japan

Halil Ibrahim Bulbul, Gazi University, Turkey

Publicity & Public Relations Chairs
Yogesh Patel, Rockwell Automation, USA
Dong Wook Yoo, Korea
Takahiko Yamashita, Nagasaki University, JapanIn Sung Jung, Korea
Hironobu Ueki, Nagasaki University, Japan
Mehmet Yesilbudak, Nevsehir University, Turkey
Yasuyuki Nishida, Chiba Institute of Technology, Japan
Erdal Irmak, Gazi University, Turkey
Keiichi Hırose, NTT Facilities, Japan
Hideitsu Hino, Waseda University, Japan
Shuji Tanabe, Nagasaki University, Japan
Hidenori Maruta, Nagasaki University, Nagasaki, Japan
Noriyuki Kimura, Fukui Institute of Technology, Japan
Kimihiro Nishijima, Sojo University, Japan
Ayse Colak, Cardiff University, UK

Registration Chairs
Rae Young Kim, Korea
Ersan Kabalci, Nevsehir University, Turkey
Han Ju Cha, Korea
Gokhan Keven, Nevsehir University, Turkey
Finance Chairs
Mehmet Demirtas, Gazi University, Turkey

Halil Ibrahim Bulbul, Gazi University, Turkey
Tadashi Suetsugu, Fukuoka University, Japan

Medine Colak, Gazi University, Turkey
H.Tolga Kahraman, Karadeniz Technical University, Turkey

Technical Chairs
Hun Young Cha, Korea
Uraz Yavanoglu, Gazi University, Turkey

Exhibits and Industry Session Chairs
Fujio Kurokawa, Nagasaki University, Japan
Nagi Fahmi, Aston University, UK
Miguel Angel Sanz-Bobi, Comillas Pontificial University, Spain
Rosario Miceli, Palermo University, Italy
Adel Nasiri, Milwaukee University, USA
Sevki Demirbas, Gazi University, Turkey

Tutorial and Special Session Chairs
Sertac Bayhan, Texas A&M University, Qatar

Local Organizing Committee
Brayima Dakyo, Université du Havre, France
Gilles Lefebvre, University of Paris Est Creteil, France
Mamadou Baïlo Camara, Université du Havre, France
Mahamadou Abdou Tankari, Université Paris-Est Créteil, France
Cristian Nıchıta Université du Havre Normandie, France
Khamis Youssouf Khamis, University of Paris Est Creteil, France
Alireza Payman Université du Havre Normandie, France
Kosseila Bellache Université du Havre Normandie
Hamid Gualous Université de Caen Normandie, France
Audit Chair
Seref Sagiroglu, Gazi University, Turkey
Orhan Kaplan, Gazi University, Turkey

International Advisory Board
Seref Sagiroglu, Gazi University, Turkey
H. Bülent Ertan, Middle East Technical University, Turkey
Athanasios N. Safacas, University of Patras, Greece

Jiann-Fuh Chen, Taiwan
Hideki Omori, Osaka Institute of Technology, Japan
Yung C. Liang, Singapore

Mamadou Lamine Doumbia, University of Quebec, Canada
Toshiaki Yachi, Tokyo University of Science, Japan
Gheorghe-Daniel Andreescu, Politehnica Univ. of Timisoara Romania H. J. Chiu, Taiwan
Kodjo Agbossou, University of Quebec, Canada
Shigeo Morimoto, Osaka Prefecture University, Japan
A.O. Di Tommaso, University of Palermo, Italy
Tomonobu Senjyu, University of the Ryukyus, Japan
Cengiz Taplamacioglu, University of Gazi, Turkey
Yousuke Nozaki, NTT Facilities, Japan
Sertac Bayhan, Qatar Environment and Energy Research Inst., Qatar C. K. Michael Tse, Hong Kong
Jian-XinShen, Zhejiang University China
Yoshito Tanaka, Nagasaki Institute of Applied Science, Japan
Bakhyt Matkarimov, Kazakh-British Technical University, Kazakhstan Yasuyuki Nishida, Chiba Institute of Technology
Danielle Strickland, Aston University, UK
Fabio Viola, Palermo University, Italy
Slobodan Mircevski, St. Cyril and Methodius Univ.-Skopje, Macedonia Brayima Dakyo, Le Havre University, France
Marija Mirosevic, University of Dubrovnik, Croatia
SaadMekhilef, Malaysia
ZdenekCerovsky, Czech Technical University, Czech Republic
Dan M. Ionel, Kentacky University, USA
Robert M Cuzner, University of Wisconsin-Milwaukee, USA
Adel Nasiri, Univeristy of Wisconsin in Milwaukee, USA
Rosario Miceli, University of Palermo, Italy
Jian Sun, USA
Hee-Jun Kim, Korea
Henry Güeldner, Germany
Wang Shanming, China
Aleksandar Prodic, Canada
Mutsuo Nakaoka, Korea
Thomas Fledli, ETH, Switzerland
Soo-Hyun Baek, Korea
Eiji Hiraki, Okayama University, Japan
Young-Seok Kim, Korea
Tomokazu Mishima, Kobe University, Japan
Johann Walter Kolar, Switzerland
Satoshi Ogasawara, Hokkaido University, Japan
Chung-Yun Won, Korea
Hideitsu Hino, Waseda University, Japan
F. Dong Tan, USA
ZhongweiGuo, SHINDENGEN, Japan
Dragan Maksimovic, USA
Masaki Nakano, Nagasaki University, Japan
Tamas Ruzsanyi, Ganz-Skoda Electric Ltd., Budapest, Hungary
Shinichi Hamasaki, Nagasaki University, Japan
Kan Akatsu, Shibaura Institute Of Technology, Japan
Yuichi Yokoi, Nagasaki University, Japan
Kentaro Fukushima, Central Research Ins. of Elec. Power Ind., Japan Enrique Romero-Cadaval, University of Extremadura, Spain
Masayoshi Yamamoto, Nagoya University, Japan
Jaeho Choi, Chunbuk National University, Korea
Seiya Abe, The Int. Centre for the Study of East Asian Dev., Japan
Kouzou Abdellah, Djelfa University, Algeria
Akio Tsuneda, Kumamoto University, JapanMark DehongXu, Zhejiang University, China
Keiichiro Kondo, Waseda University, Japan
Nadir Kabache, University of Médéa, Algeria
Toshimitsu Morizane, Osaka Institute Of Technology, Japan
Michele Pastorelli, Politecnico di Torino, Italy
Toshihiko Tanaka, Yamaguchi University, Japan
Ahmed Tahour, University of Mascara, Algeria
Katsumi Nishida, Ube National College of Technology, Japan
Miguel Angel Sanz-Bobi, ComillasPontificial University, Spain
Wenchang Yeh, Shimane University, Japan
Lixiang Wei, Rockwell Automation, USA
Haruhi Eto, Nagasaki University, Japan
Luis Gomes, Universidade Nova de Lisboa, Portugal
A.O. Di Tommaso, Palermo University, Italy
Kazuhiro Kajiwara, Nagasaki Institute of Applied Science, Japan
Samir Moulahoum, University of Médéa, Algeria
Sevki Demirbas, Gazi University, Turkey
Abdel Ghani Aissaoui, University of Bechar, Algeria
Vladimir Katic, NoviSad University, Serbia
Tiefu Zhao, Eaton Corporation, USA
Hidenori Maruta, Nagasaki University,Japan
Leopoldo Garcia Franquelo, Universidad de Sevilla, Spain
Hirohito Funato, Utsunomiya University, JapanJoão Martins, Universidade Nova de Lisboa, Portugal
Emil Levi, Liverpool John Moores University, UK
Vitor Pires, Instituto Politécnico de Setúbal, Portugal
Noriko Kawakami, TMEIC, Japan
Youcef Soufi, University of Annaba, Algeria
Onder Eyecioglu, Nisantasi University, Turkey
Constantin N. Pavlitov, Technical University of Sofia, Bulgaria
Isamu Moriguchi, Nagasaki University, Japan
Takaharu Takeshita, Nagoya Institute of Technology, Japan
M. Timur Aydemir, Gazi University, Turkey
A. Tankari Mahamadou, Univ Paris-EstCréteil Val de Marne, France
Korhan Kayisli, Nisantasi University, Turkey
Paolo Mattavelli, USA
Nobukazu Hoshi ,Tokyo University of Science, Japan
Byoung-Kuk Lee, Korea
Alexis Kwasinski, University of Pittsburgh, USA
Jin Hur, Korea
R.K. Mellon, Swanson School of Eng. University of Pittsburgh, USA
Necmi Altin, Gazi University, Turkey
Thomas Fledli, ETH, Switzerland
Po-Tai Cheng, Taiwan
Masahiro Asari, CRIEPI, Japan
Masahito Shoyama , Kyushu University, Japan
Junichi Itoh, Nagaoka University of Technology ,Japan
Masahito Ohnishi, Panasonic Corporation, Japan
Renato Rizzo, Napoli University, Italy
Hisao Kubota, Meiji University, Japan
Antonello Monti, Aachen University, Germany
Toshihiko Noguchi, Shizuoka University., Japan
Naci Genc, Van 100.Year University, Turkey
Okan Ozgonel, Ondokuz Mayıs University, Turkey
Aleksandar Prodic, University of Toronto, Canada
Faz Rahman, University of New South Wales, Australia
Shubhransu Sekhar Dash, Srm University, Chennai, India
Haitham Abu-Rub, Texas A&M University, Qatar
Eklas HOSSAIN, Oregon Tech., USA
Giorgio Sulligoi, Trieste University, Italy
Yen-Shin Lai, Taipei Tech, Taiwan
Zareh Soghomonian, HII Newport News Shipbuilding
Professor Hironobu Ueki, Nagasaki University, Japan
Jian-XinShen, Zhejiang University China
Professor Shuji Tanabe, Nagasaki University, Japan
Khaled AHMED, Aberdeen University, UK
Professor Isamu Moriguchi, Nagasaki University, Japan
Abdelhakim BELKAID, University of Bordj Bou Arreidj, Algeria
Nobuhiro Tajima, Male, President & CEO of Tajima Motor Corp., Japan
Frede Blaabjerg, Aalborg University, Denmark
Dr. Hiroo Sekiya, Chiba University, Japan
Fabio Viola, Scuola Politecnica - Universita, Italy
Giuseppe Schettino, University of Palermo, Italy
Tadatoshi Babasaki, NTT Facilities, Japan
Takashi Matsushita, NTT Facilities, Japan
Osamah Ibrahim Khalaf, Al-Nahrain University, Bagdat, Iraq

TOPICS
The coverage of the Conference on Smart Grids includes the following areas,
but not limited to:
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Distributed Power Energy Systems and Sources,
Renewable Energy,
Conventional Power Sources
New Trends and Technologies for Smart Grid
Policies and Strategies for Smart Grid
Microgrids for transportation electrification
Energy Transformation from Renewable Energy System to Smart Grid
Novel Energy Conversion Studies for Smart Grid
HVDC for Smart Grid
Power Devices and Driving Circuits for Smart Grid
Performance Analysis of Smart Grid
Decision Support Systems for Smart Grid
Control Techniques for Smart Grid
ICT, IoT, Real-time monitoring and control
Applications for Industries
Smart Grid for Electrical Vehicles and Components
Energy Management Systems, etc.
Future Challenges and Directions for Smart GridsLANGUAGE
The working language of the icSmartGrid2020 conference is English.

WELCOME to icSmartGrid 2020
Dear Colleagues,
The purpose of the International Conference on Smart Grid ( icSmartGrid2020) is to bring
together researchers, engineers, manufacturers, practitioners and customers from all over
the world to share and discuss advances and developments in Smart Grids research andapplications.
After the successes of the first and the second editions of Smart Grid Workshops on behalfof European Commission Joint Research Centre at Antalya in September 18-20, 2013 andin September 23-25 April, 2014, the third addition is at Istanbul in February 22, 2015, thefourth addition is at Istanbul in April 28, 2015, fifth addition is at Istanbul in March 21-25,
2016 with the technical co-sponsorship of IEEE IES, the sixth addition is at Nagasaki inDecember 4-6, 2018 with technical co-sponsorship of IEEE IES and IAS, the seventh
addition at Newcastle, Australia in December 9-11, 2019 with the technical co-sponsorshipof IEEE IES and IAS, we are now organizing eighth International Conference on Smart Grid
(icSmartGrid) at Paris, France. icSmartGrid2020 will continue promoting and disseminating
the knowledge concerning several topics and technologies related to smart energy systems
and sources with the Diamond Sponsorship of TMEIC. It is therefore aimed at assisting
researchers, scientists, manufacturers, companies, communities, agencies, associations
and societies to keep abreast on new developments in their specialist fields and to unite infinding alternative energy solutions to current issues such as the greenhouse effect,
sustainable and clean energy issues.
However, due to spread of COVID-19 all over the World, we received the permission fromIEEE to organize icSmartGrid on a digital platform. Therefore, we will organize
icSmartGrid2020 virtually.
You will find the detail information about this activity on the conference official website.
Please visit http://www.icsmartgrid.org/

Honorary Chair, icSmartGrid2020

Mr. Hidehiko KIKUCHI

Corporate Senior Executive, Vice
President, TMEIC, Japan

General Chair, icSmartGrid2020

Professor Brayima DAKYO

General Co-Chair, icSmartGrid2020

Professor Ilhami COLAK

General Co-Chair, icSmartGrid2020

Professor Fujio KUROKAWA

KEYNOTE SPEAKERS

Keynote 1: Professor Adel Nasiri, University of Wisconsin-Milwaukee, USA
Date : June 17, 2020 10.00-11.00 AM
Dr. Nasiri is presently the Richard R. Grigg, Jr. Professor and Director of Center
for Sustainable Electrical Energy Systems in the College of Engineering andApplied Sciences at the University of Wisconsin–Milwaukee (UWM). He is also
a site director for the NSF I/UCRC on Grid-connected Power Electronics
Systems (GRAPES). Dr. Nasiri served as Associate Dean for Research ofEngineering in 2015-2018 and was the founding Director of UWM Connected
Systems Institute (CSI) in 2018-2019 at UWM. His research interests are
renewable energy interface, energy storage, and microgrids. He has served as
the primary investigator on several federal and industry funded research
projects. Dr. Nasiri has published numerous technical journal and conference
papers on related topics. He is a co-author of two books, several book chapters,
and holds seven patent disclosures.
Dr. Nasiri is currently chair of IEEE IAS Committee on Sustainable andRenewable Energy Conversion, an Editor of Power Components and Systems, and Associate Editor of theInternational Journal of Power Electronics. Previopusly he served as an Editor for IEEE Transactions on
Smart Grid and Paper Review Chair for IEEE Transactions on Industry Applications. He was the general
Chair of 2012 IEEE Symposium on Sensorless Electric Drives, 2014 International Conference on Renewable
Energy Research and Applications (ICRERA 2014), and 2014 IEEE Power Electronics and Machines for Windand Water Applications (PEMWA 2014).

High Power and Medium Voltage Dual Active Bridges
Summary: Dual Active Bridges (DAB) are common power electronics building blocks traditionallyused in various electrically isolated converter systems. There is a renewed interest inunderstanding and developing DABs as core components for Solid State Transformers (SST).
These transformers can add flexibility, controllability, and reliability to existing electrical
distribution systems. Major elements of a DAB are two H-bridge converters and a high frequency
transformer. With the advent of Wide Band Gap (WBP) devices offering higher voltage and power
ratings, many initiatives have started to replace the traditional low frequency transformers withcompact and controllable SSTs. In this talk, first the design and development of high frequency
transformers are discussed. Then, several control methods for the DABs including phase-shift,
duty ratio, and triple phase shifts are discussed to control the power flow. Methods are discussed
to minimize the RMS current, reduce reactive power transfer, and minimize converter loss.
Applications of DABs for several SST configurations a are also discussed.

Keynote 2: Mr. Akira Kawaguchi, Vice President of TMEIC, Japan
Date: June 17, 2020 11.10-12.10 AM
Professional Experience:• Oct. 2003 - Present Toshiba Mitsubishi-Electric Industrial Systems
Corporation• Jun. 2018 Executive Officer Vice President of Power Electronics
Systems
Division• Apr. 2018 Vice President of Power Electronics Systems Division• Apr. 2016 Deputy Vice President and Technology Executive ofRenewable Energy & New Technology Division• Apr. 2014 Technology Executive of Renewable Energy & New
Technology Division• Apr. 2013 Senior Manager of Photovoltaic System Center PowerElectronics Systems Division• Oct. 2010 Senior Manager of Power Electronics Department Power

Contributions to Sustainable Future through PEiE, Power Electronics in Everything
Summary: The world is now under difficulties due to COVID-19. The power electronics technology
contributes to overcome the difficulties by supplying reliable electric power to thecommunication/information systems and to the industries. The speech includes examples of suchcontributions.
The speech reminds that the world also has long-term issues concerning the CO2 abatement forsustainability. The CO2 abatement policies assign great roles to the renewables and the energy
efficiency, to which the power electronics can contribute very much as one of key technologies. The
speech introduces recent technology trend of industrial power electronics especially on the highcapacity in the range of MW. The power electronics is expected to contribute to further promotionof the renewables and the energy efficiency.
The first topic is the power electronics for the renewables and the energy storage systems, ESS.
The speech introduces the key technologies for high power and high system efficiency for theindustrial MW-range PV inverters. The speech also introduces the ESSs necessary for stabilizing thepower grid by managing the power and energy from the renewables. Considering applications forboth the renewables and the ESS, the speech introduces the latest universal inverters developed
based on the modular design concept. The smart control systems are also introduced which
integrates the renewables, the ESSs and the loads in the power grids.
The second topic is related to the digitalization and the factories of products essential to the daily
life of these days. The demands are emerging for communication/information systems, for digital
devices and for medicines due to COVID-19. The speech introduces the latest UPS, Uninterruptible
Power System as one of contributions from the power electronics for fights against the virus by
supplying reliable power to the data centers. The next contribution is from the MPC, Multiple Power
Compensator, which feeds stable electric power for continuous production in factories of digital
devices, semiconductors, medicines and so on. The MPC also contributes to reinforce power supply
systems in the factories as BCP, business continuity plan against the frequent extreme weathers
increasing these years.
The third topic comes back to the issue related to CO2 abatement, the energy efficiency inindustries. The motors consume more than half of the electricity in the world. The motor drive by
inverters is well recognized for better system efficiency in low voltage applications. The speech
notes that, for expanding the inverter drive to higher voltage applications, the inverter technology
for several kV and higher is required. Then, such technology is introduced with the high voltage
motors.
In the summary, the speech remarks that the power electronics technology is now embedded almostin everything. Then, a concept “PEiE”, Power Electronics in Everything, is proposed, in which newvalues will be created by linking the power electronics in things and will contribute to a sustainable
future.

Keynote 3: Professor Daniel Hissel, The French National Hydrogen Research Federation(CNRS), France
Date: June 18, 2020 10.00-11.00 AM

Prof. Daniel Hissel (M’03, SM’04) obtained an electrical engineering degreefrom the Ecole Nationale Supérieure d’Ingénieurs Electriciens de Grenoble,
France, in 1994. Then, he obtained a PhD from the Institut National
Polytechnique de Toulouse, France, in 1998. Until 2000, he worked for
ALSTOM Company where he was system engineer on electrical and fuel cellbuses projects. From 2000 to 2006, he has been an Associate Professor at
the University of Technology Belfort. Since 2006, he is a Full Professor at the
University of Franche-Comté and ranked as “Exceptional Class Professor”(highest ranking in France). He was successively the Head of the “Fuel Cell
Systems” Research Team of the Laboratory of Electrical Engineering and Systems (until 2008), then hejoined the FEMTO-ST (CNRS) Institute and became Head of the “Energy systems modelling” researchteam. Since 2012, he is the Head of the “Electric Actuators, Hybrid & Fuel Cell Systems” research teamin the same Institute. His main research activities are concerning fuel cell systems dedicated toautomotive and stationary applications, modelling, non linear control and energy optimization ofthese systems and fuel cell system diagnostic/prognostic. Between 2012 and 2019, he has been thefounding Director of the FCLAB Research Federation (CNRS), devoted to Fuel Cell Systems Research
and Technology and gathering about 180 researchers. Since 2020, he is the Deputy Director of theFrench national hydrogen research federation (CNRS). He is also the Chair of the IEEE VTS French
Chapter, member of the advisory board of the MEGEVH network, the French national network on EV
and HEV, and member of the board of directors of the Vehicule du Futur competitiveness cluster. He
has published more than 450 scientific papers in peer-reviewed international journals and/orinternational conferences. He has been awarded by the Blondel Medal in 2017 for his work towards
industrialisation of fuel cell systems.
Hydrogen economy: myth or reality?
Summary: Continuous depletion of the crude oil and gradual increase in the oil price haveemphasized the need of a suitable alternative to our century-old oil-based economy. A clean andefficient power supply device based on a renewable energy source has to be available to face thisissue. Among the different technological alternatives, fuel cell power generation becomes a more
and more interesting and promising solution for both automotive industry and stationary power
plants. However, different technological and socio-economics hurdles have still to be overcome
before seeing the development of industrial and competitive products in these fields.
Among them, different issues must be solved regarding development of specific components (e.g.
air compressors, high efficient power electronics, …), new on-line energy management strategies
for fuel cell hybridized systems, efficient diagnostic and state-of-health estimation methodologies,
able also to operate in real-time and with limited number of additional physical sensors. Moreover,regarding the increase of the durability and of the reliability of those systems, prognostic
algorithms able to estimate the remaining useful lifetime of the fuel cell system under actual
operating conditions are requested. Finally, cost reduction and public acceptance are key drivers
in the introduction of all new disruptive technologies. The proposed presentation will provide astate-of-art on these different items.

Keynote 4: Professor Seref Sagiroglu, Gazi University, Turkey
Date : June 18, 2020 11.10-12.10 AM
Prof. Dr. Seref Sagiroglu completed his undergraduate education in 1987
at Erciyes University, Department of Electronics Engineering. He completed
his doctoral studies at the University of Wales College of Cardiff (nowCardiff University, UK) in 1994. He continues his academic career as aprofessor in Software Engineering at Gazi University Computer Engineering
Department. Prof. Sagiroglu has an outstanding academic with h-index=32
and i10-index=82; more than 3750 citation; 60 SCI/SSCI indexed articles,
100 national and international indexed articles; 200 national andinternational conference and symposium articles. He has also author
and/or editor of more than 20 books, owns 6 patents and has completed
national and international projects on security, big data, intelligent modeling and control,
biometric, electromagnetic fields, etc. Sagiroglu has organised more than 50 national andinternational events on 5G, Big Data, Machine Learning, Deep Learning, Information and Cyber
Security, IPv6, etc. as chairman or co-chairman. Some of them are: International Conference on
Information Security and Cryptology (www.iscturkey.org); IEEE International Conference on
Computer Science and Engineering (www.ubmk.org); IEEE Big Data, Deep Learning and Fighting
Cyber Terrorisms (www.ibigdelft.org); IEEE International Conference on Machine Learning andApplications (www.icmla-conferences.org); Big Data Analytics, Security and Privacy Workshop(www.bigdatacenter.gazi.edu.tr); National Cyber Terrorism Conference (www.siberteror.org);
Turkey Open Data Conference (www.acikveriturkiye.org); IEEE 5G Summit-Istanbul(www.ieeesummit.org); National IPv6 Conference (www.ipv6.org). He has also been founding
members of Information Security Association (www.bilgiguvenligi.org.tr); Turkish Science
Research Foundation (www.tubav.org.tr), and The Foundation of the People Caring for the Future(www.gonder.org.tr). Sagiroglu has/had such duties as: President and Executive Committee
Member of Information Security Association; President and Member of Turkish Science andResearch Foundation; Director of Graduation School of Science and Technology at Gazi University;
Head of Computer Engineering Department, Gazi University; Member of IEEE Biometric Task
Force; President of IPv6 Council Turkey (www.ipv6forumtr.org); Editors of International Journalof Information Security Science (www.ijiss.org); International Journal of Information Security
Engineering (in Turkish) (www.dergipark.gov.tr/ubgmd) and CyberMag (www.cybermag.com);
General Director of FutureTech (www.futuretech.com.tr); Member of Cyber Security Group ofHigher Education Council of Turkey; Supervisors to Havelsan; IT Regulatory Body of Turkey (BTK)and Personal Data Protection Regulatory Body of Turkey (KVKK). Prof. Sagiroglu has delivered as
invited or keynote speakers more than 500 seminars, talks, conferences at universities, schools,
sectors, TV and Radio Programs, institutions and organisations in the topics of Information
Security, Big and Open Data, Cyber Security and Defense, Artificial Intelligence, Computer andSoftware Engineering, Privacy, Biometrics, Innovation Culture Creation, IPv6, 5G, etc.
Cyber Security and Big Data Perspective for Smart Grid Systems
Summary: Big data has potential to provide opportunities not only many fields but also power
grid sectors enhancing technical, organizational, social and economic gains and contributions. The
current potential of applying big data approaches for better planning, managing, designing, andsecuring power grid operations are very challenging tasks and needs significant efforts. This talkwill cover the issues of computational complexity, data security and privacy, cost, management,planning and integration of big data into power grid systems and also focus on the key challenges
of cyber security and big data issues.

Keynote 5: Professor Nouredine Hadj-Said, G2Elab Domaine Universitaire, France
Date : June 19, 2020 10.00-11.00 AM
Dr. Nouredine Hadjsaid received PhD and the “Habilitation à Diriger desRecherches” degrees from Grenoble Institute of Technology in 1992 and1998 respectively. He is presently a full professor at Grenoble INP,
engineering institute of UGA, where he conducts research at G2ELAB. His
main expertise is in the area of “Smartgrids”.
He has directed the common academia-industry research center between
EDF, Schneider Electric and G2Elab (IDEA: Inventer la Distribution
Electric de l’Avenir) on smartgrids from 2001 to 2013. He is presently the
Director of the power Engineering lab G2ELAB, the Director of an ENEDIS
Industrial chair of excellence on “Smartgrids”, and the Chairman of Scientific Council of Think
SmartGrids France. At the international level, he is presently the treasurer of IEEE Power Energy
Society, and served as the vice-chair of IEEE IGETCC (Intelligent Grid and Emerging Technologies
Coordination Committee) and the French representative at International Energy Agency for
ISGAN-SIRFN Annex. He was the general conference chair of IEEE PowerTech’2013 held in
Grenoble-France and IEEE SG4SC (SmartGrids for SmartCities) held in Paris in 2016.
Dr. Hadjsaid has published more than 250 scientific papers in international referred journals andconferences, and has authored/coauthored and directed 7 books about power grids andSmartgrids.
Smartgrids for Energy Transition: from DER integration to system flexibility
Summary: Most countries worldwide have embraced the path towards an energy transition for
more sustainability, efficiency, security of supply and energy accessibility. This process is being
accelerated by the climate change urgencies and the sensitivity of modern societies to ecologicalissues. Thus, renewable energy sources, clean mobility, energy efficiency programs and the active
involvement of the end user consumer in the energy chain are on the rise at an unprecedented
rate.
In this context, the power grid is a vital infrastructure for facilitating energy transition with theelectric vector being enforced. Thus, Distribution grids are the most affected by this transition as
they are at the interface of most grid connected renewable energy sources, Plugin Hybrid andElectric Vehicles (PHEV), and end user consumers including their flexibility. In addition, all theseenergy resources are distributed in nature (DER-Distributed Energy Resources), mostly notobservable neither controllable with heterogeneous features and power rating. However, it has tobe noted that power grids are significantly affected by the decrease of the overall inertia linked tothe development of power electronic interfaced renewable energy sources, the increasing
interaction with distribution grids being more active, and the changing nature of loads being more
controllable including self-consumption. This issue is critical for the overall system stability.
As such, this transition requires an even smarter grid at all levels able to achieving the assigned
goals without overinvesting on existing assets while considering technical, economical andregulation constraints. The key issues are clearly adaptability and flexibility at all levels of power
grids and dynamics.
The extent of technologies to be developed for allowing the grid integration of large scale DER(including PHEV) in the best security/safety and economic conditions encompasses several areasthat include flexible generating, load control and storage technologies, advanced forecasting tools,
new monitoring and imbedded control devices, smart equipment for fault management, andrelated information and communication technologies for example.
The presentation will address energy transition challenges, DER development and power gridevolution, the role of flexibility and other solutions being developed in the framework of Smargrids
to meet the increasing complexity of the whole electrical system. It will cover both up to dateresearch and development in this field as well as industrial applications including some examples
on large-scale pilot projects for smarter grids.

TUTORIALS

Speaker 1: Dr Grain Philip Ased, Institute of Energy and Environment, University ofStrathclyde,(UK)Date : June 17, 2020 16.50-17.50 AM
G.P. Adam (M’12) received a PhD in Power Electronics from University ofStrathclyde in 2007. Since April 2008, Dr Adam is with Institute of Energy andEnvironment, University of Strathclyde in Glasgow, UK. Besides his academic
research, Dr Adam is a leading contributor to several research and development
projects on novel MVDC and HVDC converters with industry, and to major
European Union research projects on energy such as TWENTIES of the Seventh
Framework Programme (FP7) and PROMOTION of the Horizon 2020. His
research interests include: fault tolerant voltage sourced converters for HVDC
applications; modelling and control of point-to-point and multi-terminal HVDC
transmission systems; voltage source converter based FACTS devices; andadvanced control methods to facilitate continued operation of offshore multiterminal HVDC grids using cost-effective partially selective protection schemes.
Dr Adam has authored and co-authored three books in applications of powerelectronics in power systems and renewable energy, and over 100 journal and conference papers in thearea of multilevel converters and HVDC systems, and grid integration of renewable power. Dr Adam is amember of IEEE and IEEE Power Electronics Society, and active contributor to scrutiny of academic
literature in the areas of fundamentals and applications of power electronics for several IEEE and IET
Transactions and Journals and conferences, and as an associate editor and guest editor to IEEE journal of
emerging and selected topics in power electronics.

Voltage Sourced Converter Based HVDC Transmission Systems
Summary: This tutorial will discuss the latest developments in control and circuit topologies ofvoltage sourced converters for HVDC applications, including their broader support roles to ac
power systems during normal and abnormal conditions, and power grid decarbonisation. The
topics will be covered and depth of the discussions will be tailored toward an holistic approach,which targets a wide range of audiences and supports a global effort to raise new generations ofacademics, researchers and engineers with good knowledge of power electronics and powersystems in order to able to meet the contemporary and future energy challenges.
This tutorial will cover the following aspects:
1. General overview:
2. Modular multilevel converters:
3. Customized mixed cells modular multilevel converter (MC-MMC) and its variants:
4. Enhanced modular multilevel converter and its variants:
5. Alternate arm converter (AAC) and its variants:
6. Selected simulation cases aims to illustrate the half-bridge MMC performance during:
7. Selected simulation cases aims to illustrate the full-bridge MMC performance during:
8. Selected simulation cases to illustrate the performance of MC-MMC with equal and unequal
number of full and half bridge cells per arm during:
9. Selected simulation cases aims to illustrate the performance of the enhanced MMC and its
variants during:
10. General discussions
All registered delegates to this tutorial will be given electronic copies of the most comprehensive
reports to date on MMCs and MC-MMC and comprehensive libraries of PSCAD and RTDS models.
The time needed for delivery of this tutorial is 2.5 hours.

Speaker 2: Dr. Massimo Caruso Department of Engineering University of Palermo Italy
Date: June 18, 2020 16.50-17.50 AM

Massimo Caruso received the M.S. and Ph.D. degrees in electricalengineering from the University of Palermo, Italy, in 2008 and 2012,
respectively. In 2011, he joined the MEMS Sensors and Actuators
Laboratory Group, University of Maryland, College Park, MD, USA,
collaborating for the development of electric micromotors and drives forin vivo bacteria biofilm detection and treatment. In 2014, he joined theSustainable Development and Energy Saving Laboratory, University ofPalermo, Italy, focusing his research activities on the design, simulation andexperimental development of electrical machines and drives for industrial
and sustainable energy applications.
Electric Vehicles and Smart Grid Integration
Summary: It can be stated that the sustainable development of our planet is considerably related
to a significant and constant reduction of environmental pollution in the next years. In thisperspective, the electrification of the transportation sector represents a valuable solution to theglobal climate change challenge, decreasing the Greenhouse Gas (GHG) emissions from fossil
fuels.
On the other hand, the Electric Vehicles (EVs) are characterized by a big potential on serving theelectric grid as independent distributed energy source, delivering the energy stored in theirbatteries in order to provide ancillary services, such as integration of fluctuating renewable sources
and peak-shaving power.
Coordinated charging and discharging of electric vehicles is receiving a considerable attention
during the last years, leading to the concepts of Vehicleto-Grid (V2G) and Grid-to-Vehicle (G2V).
In this context, the aim of this tutorial is to provide the audience with the actual scenario and thefuture perspective on the interaction between electric vehicles and smart grids.

More in detail, the tutorial is structured as follows:
The first part will be focused on the actual technological innovation of electric vehicles in terms ofequipped sensors and actuators towards a more efficient data analysis and management for the smart
grid integration. These innovative paradigms will also address signal processing and human-machineinteraction technologies to design safety and partially autonomous vehicles.
The second part of the tutorial will examine the actual and future possibilities on the EV performance
improvement regarding their electric motor and drive system. An extensive analysis on the typologies
of motor-drive systems adopted in the automotive sector will be provided, focusing, then, the attention
on the integrated real-time control algorithms capable of enhancing the performance of the whole drive
for a more efficient V2G interaction.
Finally, the tutorial will give particular attention to the challenges in terms of both standardization andperformance improvement of EV charging stations for their smart grid integration, highlighting the
aspects related to smart and fast EV charging infrastructures and their optimal management.

Speaker 3: Professor Inno Davidson, Durban Univ. of Technology, Durban, South Africa
Date: June 19, 2020 11.10-12.10 AM

Innocent E Davidson, (M’92, SM’02), IEEE, USA; Fellow, Institute ofEngineering and Technology, UK; Fellow, South African Institute ofElectrical Engineers; Chartered Engineer, UK; registered Professional
Engineer (P Eng.), Engineering Council of South Africa. He received the
Bachelor of Engineering, BSc (Eng.) with Honours, Masters ofEngineering, MSc (Eng.) degrees in Electrical Engineering from the
University of Ilorin, Nigeria in 1984, 1987 respectively; and Doctor ofPhilosophy, PhD in Electrical Engineering, from the University of CapeTown, Rondebosch, South Africa, in 1998; and the Post-graduate
Diploma in Business Management, from University of KwaZulu-Natal(UKZN), in 2004. He was Associate Professor of Electrical Engineeringand a Research Coordinator with the University of Namibia, Namibia, from 2012 to 2014. He was
Director of the Eskom Centre of Excellence in HVDC Engineering, UKZN, from 2014 to 2016. He
is a Full Professor and Chair, Department of Electrical Power Engineering, Durban University ofTechnology, Durban, South Africa. His current research interests include grid integration ofrenewable energy using HVDC technologies and innovation for smart cities. He is the recipient of
numerous awards and industry research grants. Prof Davidson was the recipient of the “Faculty
Researcher of the Year” award at the Durban University of Technology's Annual Research &Innovation Awards in 2018, 2019 respectively based on prior year’s research outputs. Dr Davidson
received the Associate Certificate in Sustainable Energy Management (SEMAC), from the British
Columbia Institute of Technology, Burnaby, BC, Canada, 2011.
Fault Ride-Through of Inverter Based-Microgrids
Summary: An increasing percentage of the total power generated is no longer derived from thetraditional synchronous generators but from the inverter-based renewable energy system. Inverter
based systems are often decentralized with a paradigm shift in the dynamic and operating featuresof the grid. Microgrids provide a veritable platform to aggregate multiple Distributed Energy
Resource with local loads and can operate as an island or in synchronism with the grid. Microgrids
and DERs are often decentralized and integrated into the medium-voltage network and, in certain
instances, low-voltage networks. The integration of small scale DERs as microgrids to the grid is
not really a big concern to the grid operator as large scale integration. The grid identifies small scale
integrated microgrids as negative loads. However, installed large scale facilities have a significant
influence on the overall grid frequency and voltage regulations through their generation.
Consequently, conventional microgrids and DER systems typically do not render ancillary grid
services or ensure fault-ride-through. The traditional control system of grid-connected units
provides the power injection at the unity power factor with a strict requirement to disconnect
promptly in the event fault or disturbances in the grid. However, with inverter-based microgrids(DERs) poised to play an influential role in the emerging power generation, there is a need torevamp their control scheme to provide fault ride-through capability and other ancillary services.
This will ultimatly ensure grid stability and reliability.

CONFERENCE PROGRAM SUMMARY
Program Summary of icSmartGrid 2020, June 17-19, 2020, Paris, France
Wednesday, 17 June 2020

Thursday, 18 June 2020

Friday, 19 June 2020

09:40-10:00

Opening Ceremony (20 Min)

10:00-11:00

Keynote Speech-I ( 60 Min)

10:00-11:00

Keynote Speech-III ( 60 Min)

10:00-11:00

Keynote Speech-V ( 60 Min)

11:00-11:10

Break

11:00-11:10

Break

11:00-11:10

Break

11:10-12:10

Keynote Speech-II (60 Min)

11:10-12:10

Keynote Speech-IV (60 Min)

11:10-12:10

Tutorial-II

12:10-13:00

Break

12:10-13:00

Break

12:10-13:00

Break

13:00-14:40

VP1

V11

V21

VP2

VP12

VP22

VP3

16:40-16:50

13:00-14:40

VP13

Virtual Session-3
5 PAPERS (5*20=100 Min)

13:00-14:40

VP23

VP4

VP14

VP24

VP5

VP15

VP25

14:40-15:00

15:00-16:40

Virtual Session-1
5 PAPERS (5*20=100 Min)Break

14:40-15:00

Break

14:40-15:00

Break

VP6

VP16

VP26

VP7

VP17

VP27

VP8

Virtual Session-2
5 PAPERS (5*20=100 Min)

15:00-16:40

VP18

Virtual Session-4
5 PAPERS (5*20=100 Min)

15:00-16:40

VP28

VP9

VP19

VP29

VP10

VP20

VP30

Break

16:40-16:50

Break

Virtual Session-5
5 PAPERS (5*20=100 Min)

16:40-16:50

Virtual Session-6
5 PAPERS (5*20=100 Min)

Break

VP31
16:50-17:50

Tutorial-I

16:50-17:50

Tutorial-II

VP32
16:50-18:30

V33

Virtual Session-7
5 PAPERS (5*20=100 Min)

VP34
VP35
Closing Ceremony

CONFERENCE PROGRAM

Date: 17 June 2020

Opening Ceremony and Speeches:-Prof. Brayima Dakyo, General Chair, icSmartGrid 2020
-Prof. Fujio Kurokawa, General Co-Chair, icSmartGrid 2020
09:40-10:00-Prof. Ilhami Colak, General Co-Chair, icSmartGrid 2020
Chairs:Seref Sagiroglu; Nobumasa Matsui

KEYNOTE
Speaker: Professor Adel Nasiri, University of Wisconsin-Milwaukee, USA,
10:00-11:00 "High Power and Medium Voltage Dual Active Bridges"
Chairs: Rosario Miceli; Halil Ibrahim Bulbul
11:00-11:10

BREAK
KEYNOTE
Speaker: Mr. Akira Kawaguchi, Vice President of TMEIC, Japan,

11:10-12:10 "Contributions to Sustainable Future through PEiE, Power Electronics in Everything"
Chairs: Adel Nasiri; Jorge A. Thomas
12:10-13:00

BREAK

VIRTUAL PRESENTATIONS
Date: 17 June 2020
VIRTUAL SESSION 1

CHAIRS:Muhammad Ali; Masoud Dashtdar

ID:1 Modeling and Construction of Christmas Trees and Cribs Supplied by Wind/PV Energy Systems
Daniel Icaza (Catholic University of Cuenca, Cuenca, Ecuador)*; Fernando Mejía Nova (Universidad Nacional de San Agustín); Luz Cardenas
13:00-13:20
Herrera (Universidad Nacional de San Agustin); Manuel Cardenas Herrera (Universidad Nacional de San Agustín); Santiago Pulla (Catholic
University of Cuenca, Cuenca, Ecuador)

13:20-13:40

ID:4 Prediction of Heat Demand for Building Energy Managers: An IoT and Control Perspective
Jorge A. Thomas (Fraunhofer IOSB)

13:40-14:00

ID:10 Modelling False Data Injection Attacks Against Non-linear State Estimation in AC Power Systems
Jay Nayak (University of Regina)*; Irfan Al-Anbagi (University of Regina)

ID 11 Optimal Participation of Aggregated Residential Customers in Flexibility Markets
14:00-14:20 Noemi González Cobos (ITE)*; Pilar Calatayud (ITE); Lucía Arcos (ITE); Adriana V. Trujillo (ITE); Marta García Pellicer (ITE);
Alfredo Quijano (UPV)

14:20-14:40

ID 13 Organic Buildings and Airplane-type Architectures in Isolated Locations Supplied with Solar Energy. Study Proposed for Medical Clinics
Arequipa-Peru
Daniel Icaza (Catholic University of Cuenca, Cuenca, Ecuador)*; Luz Cardenas (Universidad Nacional de San Agustin); Fernando Mejía Nova
(Universidad Nacional de San Agustín); Santiago Pulla (Catholic University of Cuenca, Cuenca, Ecuador)

14:40-15:00

BREAK

VIRTUAL SESSION 2CHAIRS: Jay Nayak; Noemi González

ID:16 A Novel Transfer Learning Approach to Detect the Location of Transformers in Distribution Network
Muhammad Ali* (University of New South Wales, Canberra, Australia), Carlos A. Macana (Zeppelin Bend Energy, ACT Canberra), Krishneel
15:00-15:20
Prakash (University of New South Wales, Canberra, Australia), Bill Tarlinton (Zeppelin Bend Energy, ACT Canberra), Robi Islam (University ofSunshine Coast, Queensland, Australia), Hemanshu Pota (University of New South Wales, Canberra, Australia)

15:20-15:40

ID:18 Batteryless UPS for modern data centres: A high current extension of SCALDO with distributed DC-UPS
Thilanga Ariyarathna (Waikato Institute of Technology)*; Nihal Kularatna (University of Waikato); D. Alistair Steyn-Ros (University of Waikato)

ID:23 Size Optimization of Distributed Generation Resources in Microgrids Based on Scenario TreeSeyed Mohammad Sadegh Hosseinimoghadam (Fars Regional Electric Company, Iran); Hamzeh Roghanian (Fars Regional Electric Company,
15:40-16:00
Iran); Masoud Dashtdar* (Electrical Engineering Department, Bushehr Branch Islamic Azad University, Bushehr, Iran); Seyed Mohammad Razavi(Jundi-Shapur University of Technology Dezful)
ID:25 Power-Sharing Control in an Islanded Microgrid using Virtual Impedance
Seyed Mohammad Sadegh Hosseinimoghadam (Fars Regional Electric Company, Iran); Hamzeh Roghanian (Fars Regional Electric Company,
16:00-16:20
Iran); Masoud Dashtdar* (Electrical Engineering Department, Bushehr Branch Islamic Azad University, Bushehr, Iran); Seyed Mohammad Razavi(Jundi-Shapur University of Technology Dezful)
ID:26 Experimental Validation of PSO and Neuro-Fuzzy Soft-Computing Methods for Power Optimization of PV installations
16:20-16:40 El hadji Mbaye EMN Ndiaye (UADB)*; Alphousseyni Ndiaye ( Universite Alioune Diop de Bambey-Senegal); Faye Mactar ( Universite Alioune
Diop de Bambey-Senegal)
TUTORIAL

Speaker: Dr Grain Philip Ased, Institute of Energy and Environment, University of Strathclyde,(UK),
16-50-17:50"Voltage Sourced Converter Based HVDC Transmission Systems"

Date: 18 June 2020
KEYNOTE

Speaker: Professor Daniel Hissel, The French National Hydrogen Research Federation (CNRS), France,
10:00-11:00"Hydrogen economy: myth or reality?"
Chairs:Seref Sagiroglu; Mahamadou Abdou Tankari

BREAK

11:00-11:10
KEYNOTE

Speaker: Professor Seref Sagiroglu, Gazi University, Turkey,
11:10-12:10"Cyber Security and Big Data Perspective for Smart Grid Systems"
Chairs: Daniel Hissel; Mohamed Adel Esmaeel

12:10-13:00

BREAK

VIRTUAL PRESENTATIONS
Date: 18 June 2020
VIRTUAL SESSION 3

CHAIRS:Hyacinthe Tchakounte; Maguette Sarr

ID:27 Review of Islanding Detection Parameters in Smart Grids
Ch Rami Reddy (K L University)*; B Srikanth Goud (K L University); B Nagi Reddy (Vignana Bharathi Institute of Technology, Hyd); M Pratyusha
13:00-13:20(GITAM School of Technology, Bengaluru); C.V Vijay Kumar (Vignana Bharathi Institute of Technology, Hyd); R Rekha (Anurag College ofEngineering, Ghatkesar)
ID:29 Indirect Sliding Mode Voltage Control of Buck Converter
13:20-13:40 Abdelhakim Belkaid (Bejaia University)*; Ilhami Colak (Nisantasi University); Korhan KAYISLI (Nisantasi University); Ramazan Bayindir (Gazi
University)
ID:30 Sliding Mode Control of Doubly-Fed Induction Generator in Wind Energy Conversion System
13:40-14:00 Amira Dr LAKHDARA (Department of Electrical and automatic Engineering_LGEG)*; Tahar Bahi (ACECS-2016 Chair); Moussaoui Abdelkrim(Université 8 Mai 1945 Guelma)

14:00-14:20

ID:33 Steady State Analysis of A wind Energy Driven Self Excited Induction Generator (SEIG)
Mohamed Adel Esmaeel (Badr University in Cairo )*ID:36 Realistic Wireless Smart-Meter Network Optimization Using Composite RPL Metric
14:20-14:40 Amr Kassab (The American University in Cairo AUC)*; Karim Seddik (The American University in Cairo AUC); Ayman Elezabi (The American
University in Cairo AUC); Ahmed Soltan (El SEWEDY)
14:40-15:00

BREAK

VIRTUAL SESSION 4CHAIRS: Ch. Rami Reddy; Mohamed Adel Esmaeel

ID:37 A Optimization of the Penetration Rate in Photovoltaic Power : Case of the Senegalese Electricity Network
15:00-15:20 Maguette Sarr (Ecole Supérieure Polytechnique de Dakar)*; Boubacar NIANG (Ecole Supérieure Polytechnique de Dakar); Lamine Thiaw (Ecole
Supérieure Polytechnique de Dakar)

15:20-15:40

ID:38 Effect of Smart Grid Technologies on the National Grid System
ILHAMI COLAK (Nisantasi University)*

ID:39 Performance Comparison of an Automatic Smart Sun Tracking System Versus a Manual Sun Tracking
15:40-16:00 Hyacinthe Tchakounte (University of Ngaoundéré)*; Claude Bertin NZOUNDJA FAPI (University of Ngaoundere); Martin KAMTA (University of
Ngaoundéré); Haman Djalo (University of Ngaoundéré)

16:00-16:20

ID:40 A Blockchain-based Smart Grid Model for Rural Electrification in India
Vedika Jitendra Kulkarni (Indian Institute of Technology, Guwahati)*; Kalyani Kulkarni (PVG's College of Engineering and Technology)

16:20-16:40

ID:41 A Novel Approach to Decaying DC offset Removal in Fault Current Signals of Digital Relays
Seyed Mohammad Sadegh Hosseinimoghadam (Fars Regional Electric Company, Iran); Hamzeh Roghanian (Fars regional electric company);
Masoud Dashtdar (Electrical Engineering Department, Bushehr Branch, Islamic Azad University, Bushehr, Iran)*; Seyed Mohammad Razavi (Jundishapur university of technology Dezful)
TUTORIAL
Speaker: Dr. Massimo Caruso Department of Engineering University of Palermo Italy,

16-50-17:50"Electric Vehicles and Smart Grid Integration"

Date: 19 June 2020
KEYNOTE
Speaker: Professor Nouredine Hadj-Said, G2Elab Domaine Universitaire, France,
10:00-11:00"Smartgrids for Energy Transition: from DER integration to system flexibility"
Chairs: Inno Davidson; Massimo Caruso

11:00-11:10

BREAK
TUTORIAL
Speaker: Professor Inno Davidson, Durban University of Technology, Durban, South Africa,

11:10-12:10"Fault Ride-Through of Inverter Based-Microgrids "12:10-13:00

BREAK

VIRTUAL PRESENTATIONS
Date: 19 June 2020
VIRTUAL SESSION 5CHAIRS: Nobumasa Matsui; Daniel Icaza

13:00-13:20

ID:42 Modeling Implementation of an Adaptive Facade Design for Energy Efficiently Buildings Based Biomimicry
Gamze Nalcacı (Metu)*; Gozde Nalcaci (Architecture)

13:20-13:40

ID:43 Policy Implications for the Dissemination of Smart Grid Implementations from Energy Efficiency Perspective: A case from Turkey
Bilal Duzgun (Gazi University); Ramazan Bayindir (Gazi University)*

13:40-14:00

ID:44 Improving PV System Performance using High Efficiency Fuzzy Logic Control
Abdelhakim Belkaid (Bejaia University)*; Ilhami Colak (Nisantasi University); Korhan Kayisli (Nisantasi University); Ramazan Bayindir (Gazi
University)

14:00-14:20

ID:45 Measurements and Analysis of the Dark I-V-T Characteristics of a Silicon Solar Cells: KX0B22-12X1F
Dominique Bonkoungou (University of Ouaga II)*; Toussaint Guingané (University of Ouaga II); Eric Korsaga (University of Joseph Ki-ZERBO);
Sosthene Tassembedo (University of Joseph Ki-Zerbo); Zacharie Koalaga (University of Joseph Ki-Zerbo); Arouna Darga (Group of electricalengineering, Paris (GeePs)); Francois Zougmore (University of Joseph Ki-Zerbo)

14:20-14:40

ID:46 Modeling and Simulation of a Photovoltaic System Connected to the Electricity Grid with MATLAB / Simulink / Simpower Software
Tilado Toussaint Guingane; Dominique Bonkoungou; Zacharie Koalaga (Ouaga II University)

14:40-15:00

BREAK

VIRTUAL SESSION 6CHAIRS: François Zougmoré; Gamze Nalcaci

15:00-15:20

ID:48 Design and Simulation of a Grid Connected Wind Turbine with Permanent Magnet Synchronous Generator
Seyfettin Vadi; Ramazan Bayindir, Fethi Batincan Gurbuz (Gazi University); Eklas Hossain (Oregan University)

15:20-15:40

ID:50 Snake Hunting System Supplied with Solar Energy in the Ecuadorial Forest for Strictly Curative Purposes, Promoting Ancestral
Knowledge, Natural Medicine and Indigenous Cultural Products from Rural Areas. Case Study: Peru
Daniel Icaza (Catholic University of Cuenca, Cuenca, Ecuador)*; Luz Cardenas (Universidad Nacional de San Agustin); Fernando Mejía Nova
(Universidad Nacional de San Agustín)

15:40-16:00

ID:51 Impacts of Renewable Energy Resources in Smart Grid
Faten Ayadi (ENIS)*; Ilhami Colak (Nisantasi University); ilhan Garip (Nisantasi Univ); Halil Ibrahim BULBUL (Gazi University)

16:00-16:20

ID:53 Experimental Validation of PSO and Neuro-Fuzzy Soft-Computing Methods for Power Optimization of PV installations
Elhadji Mbaye Mbaye Ndiaye (Universite Aliou Diop de Bambey)*; Alphousseyni Ndiaye ( Universite Alioune Diop de Bambey-Senegal); Faye
Mactar ( Universite Alioune Diop de Bambey-Senegal

16:20-16:40

ID:54 Model Based Design of Smart Grid System Based on Automotive System
Hitoshi Arima (Arima Management Design, Ltd.)*; Yuji Mizuno (Osaka Electro-Communication University); Nobumasa Matsui (Nagasaki Instituteof Applied Science); Fujio Kurokawa (Nagasaki Institute of Applied Science)

16:40-17:00

BREAK

VIRTUAL SESSION 7CHAIRS: Faye Mactar; Faten Ayadi

17:00-17:20

ID:55 A Hospital Grid with Renewable Energy System Applied to Virtual Power Plant
Yuji Mizuno (Osaka Electro-Communication University)*; Yoshito Tanaka (Nagasaki Institute of Applied Science); Fujio Kurokawa (Nagasaki
Institute of Applied Science); Nobumasa Matsui (Nagasaki Institute of Applied Science)

17:20-17:40

ID:56 Energy Management Concepts for the Evolution of Smart Grids
Nicola Campagna (University of Palermo); Massimo Caruso (University of Palermo)*; Vincenzo Castiglia (University of Palermo); Rosario Miceli(University of Palermo); Fabio Viola (Università di Palermo)

17:40-18:00

ID:57 Experimental Prototyping of a Microgrid with Mechanical Point of Common Coupling
Massimo Caruso (University of Palermo); Antonino Oscar Di Tommaso (University of Palermo); Rosario Miceli (University of Palermo); Claudio
Nevoloso (University of Palermo)*; Filippo Pellitteri (University of Palermo); Christian Puccio (University of Palermo - Italy); Giuseppe Schettino(University of Palermo)

18:00-18:30

CLOSING CEREMONY

Presentation Instruction for icSmartGrid 2020 Presenters
Virtual presentation
Presentation time is 20 minutes including 5 minutes Question/Discussion.