Introduction"Future Mobility beyond CASE"
Organized by the JSAE, the leading academic society ofautomotive engineers in Japan, EVTeC is a conference that
focuses on EVs, HEVs, FCVs, PHVs and various other related
technologies. The first EVTeC was held in May 2011 with great
success. Despite being held just after the Great East Japan
Earthquake, it featured the presentation of 66 papers andgathered 230 participants. The second EVTeC was successfully
held in May 2014, featuring 90 papers and 264 participants. The
third EVTeC was held in May 2016, which was also a successwith 101 papers and 293 participants. The fourth was held jointlywith EVS organized by JARI as EVS 31 & EVTeC 2018 in Kobe,October, resulting in the scale expansion of 317 papers and 1160
participants for the symposium.
EVTeC 2021 will be held at Pacifico Yokohama, alongside theJSAE Annual Spring Congress. More than 90,000 people areexpected to visit the exhibition. Participation in the Spring
Congress and exhibition is free of charge for EV TeC
participants, and these events provide an excellent opportunity
to see the forefront of activities being carried out in Japan.
Countries around the world are pinning much hope on electricvehicles and putting much effort in their popularization, as ameans of dealing with global warming problems, extricating
themselves from dependence on oil and addressing energy
conservation. As part of this, along with innovations in batteries
and other component technologies, evolution of EV bodies havebeen steadily promoted.
Furthermore, in recent years, in addition to partnerships withelectric power systems, we have also begun exploring thepotential for creating value and providing services based on newperspectives such as CASE (connected, autonomous, shared,and electric) on the back of advances in information technology.
It is our hope, therefore, that EVTeC 2021 will serve as a forum
for international discussion on the topics of new mobility beyond
CASE in the form of next-generation electric vehicles and smart
society.
We are really looking forward to seeing you in Yokohama inMay 2021!

5th

Important Dates
Deadline for Extended Summary:

30 October 2020

Notification of Acceptance:

29 January 2021

Deadline for Final Manuscript:

24 March 2021

International Electric Vehicle Technology Conference

Deadline for Presenter’s Registration: 24 March 2021

Official Language for Paper & Presentation
The official language of the Conference is English.

Contact
EVTeC 2021 Paper Submission Officec/o JTB Communication Design, inc
E-mail: evtec2021-p@jtbcom.co.jp“Future mobility beyond CASE”
24-26 May 2021, Pacifico Yokohama, JapanWebsite

https://www.evtec2021.jp
Extended Summary Submission
Authors intending to present a paper at EVTeC 2021 are invited tosubmit an extended summary. The extended summary should be2 - 4 pages of A4 size (including figures) and should clearly reflectthe contents of the paper.

In-wheel motor

batterycharger

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conThe following will be necessary for submission:
1. Title of paper
2. Name of author(s)3. Affiliation(s)4. Conference Topics (up to 3, selected from conference topics)
5. Extended Summary (2 - 4 pages)
6. Corresponding Author
Name, Affiliation, Address, E-mail address,
Telephone number

In-wheel motor

The final manuscript should be 4 - 8 pages of A4 size.
Electronical submission is available for the extended summaryand final manuscript. No fax or e-mail submission is accepted.
For further information, please visit the following website:

Organized byhttps://www.evtec2021.jp/cfp.html

Society of Automotive Engineers of Japan, Inc. (JSAE)

Organization

In Association With (plan)

C-4 Sustainable Energy & Energy Security
C-5 Environmental & Social Impact
C-6 Recycle, Reuse & Life Cycle Analysis

International Advisory Committee

AVERE, Belgium

JAMA, Japan

Chair: Yoichi Hori (The University of Tokyo)
Abbas Jamalipour (IEEE Vehicular Technology Society, Australia)
Akihiro Iiyama (University of Yamanashi, Japan)
C. C. Chan (University of Hong Kong, Hong Kong)
Chris Mi (San Diego State University, USA)
Chun T. Rim (KAIST, KETEP, Korea)
Eun Tae Kim (KSAE, Korea)
Espen Hauge (Norwegian EV Association, Norway)
Genevieve Cullen (EDTA, USA)
Hiroshi Iwano (Japan Automobile Research Institute (JARI), Japan)
Huei Peng (University of Michigan, USA)
Joeri Van Mierlo (Vrije Universiteit Brussel, Belgium)
Mi-Ching Tsai (National Cheng Kung University, Taiwan)
Minh Ta Cao (Hanoi University of Science and Technology, Vietnam)
Murli M. Iyer (SAE International, USA)
Myoungho Sunwoo (Hanyang University, Korea)
Philippe Vangeel (AVERE, Belgium)
Shigeki Terashi (Society of Automotive Engineers of Japan, Japan)
Takafumi Anegawa (TEPCO, Japan)
Wang Fang (CATARC, China)
Xuhui Wen (Chinese Academy of Sciences, China)
Xuming Zhang (SAE-China, China)
Yasuo Ishiguro (Lithium Ion Battery Technology & Evaluation Center, Japan)
Yossapong Laoonual (EVAT, Thailand)
Zhihua Wang (China Electrotechnical Society, China)

BAJ, JapanJAPIA, Japan

Capacitors Forum, Japan

JSAI, Japan

CAS, China

JARI, Japan

CATARC, China

JEITA, Japan

CES, China

JEWA, Japan

CHAdeMO Association, Japan

JIPE, JapanECSJ, Japan

JSME, Japan

EVAT, Thailand

Japan EV Club, JapanEVPOSSA, Japan

KSAE, Korea

FCDIC, Japan

LIBTEC, Japan

E.2 Capacitors

FEPC, Japan

NEDO, Japan

HESS, Japan

NeV, Japan

E.3 Other Energy Storage Systems
E.4 Fuel Cells

IEEE VTS, USA

The Norwegian EV Association, Norway

E.5 AC&DC Charging Systems

IEEJ, JapanSAE International, USA

IEICE, Japan

SAE-China, China

IEIEJ, Japan

SICE, Japan

ISCIE, Japan

WEVA

Steering Committee
Chairperson: Hiroshi Fujimoto (The University of Tokyo)
Vice Chairperson: Kan Akatsu (Yokohama National University)
Shigeharu Yamagami (Nissan Motor)
Chair of Program Committee: Takehiro Imura (Tokyo University of Science)Vice-Chair of Program Committee: Hiroya Sugimoto (Tokyo Denki University)
Kenji Natori (Chiba University)
International Advisory Committee: Yoichi Hori (The University of Tokyo)
Members: Chihiro Yada (Toyota Motor)
Daichi Imamura (Japan Automobile Research Institute)
Eiji Yamada (Toyota Motor)
Hideaki Arita (Mitsubishi Electric)
Hiromichi Imai (Honda Motor)
Hiroyasu Suzuki (Mitsubishi Motors)
Jun-ichi Itoh (Nagaoka University of Technology)
Keisuke Kusaka (Nagaoka University of Technology)
Koichi Numata (Toyota Motor)
Makoto Uchida (University of Yamanashi)
Masatoshi Fukuda (Bellco)
Mitsutaka Abe (Nissan Motor)
Shigeki Oyama (Honda R&D)
Takashi Majima (IHI Inspection & Instrumentation)
Takeshi Endo (MIRISE Technologies)
Yoshitaka Asakura (AYE)
Yukio Yokoi (Takushoku University)

Conference Topics

A Vehicle & Transportation Systems
A-1 Electric Vehicles
A-2 Plug-in Hybrid Vehicles

D Marketing & Promotion
D-1 International Networking
D-2 Public Policy & Promotion

D-3 Standardization

E Energy Supply & Storage Systems
E.1 Batteries

F Propulsion Systems & Components
F-1 Drive & Propulsion Systems
F-2 Electric Motor Drive

F-3 Electric Machine
F-4 Auxiliary Components & Sensors
F-5 Vehicle Motion & Stability Control
F-6 Components for Transportation System
F-7 Superconductivity Energy TransferG Power Electronics Components

A-4 Fuel Cell Vehicles

G-1 Power Electronics Subsystems
G-2 Power Semiconductor Devices & Highly Integrated Modules

A-5 Heavy Duty Vehicles & Buses
A-6 Light Vehicles & Personal Mobility

G-3 Wide Band Gap Devices & Related Issues
G-4 Packaging, Cooling & Heat Transfer

A-7 Two- & Three-Wheelers
A-8 Welfare & Senior Vehicles

G-5 Magnetics, Capacitors, Bus Bar & 3D Integrations
G-6 Sensors for Motors & Converters

A-9 Off-Road & Industrial Vehicles
A-10 Railway Vehicles

G-7 Harnesses, Connectors & Protection/ Distribution Devices

A-3 Hybrid Electric Vehicles

A-11 Electric Ships, Airplanes and Flying Vehicles/Objects

B Connected and Autonomous Technologies
B-1 AI/Deep-learning

B-2 Autonomous Technologies
B-3 Connected Technologies
B-4 Intelligent Transportation Systems
B-5 Sensing, Driver Monitoring and ADAS
B-6 Cyber Security

C Infrastructure

C-1 V2H & V2G Energy Management
C-2 Energy Supply & Charging Infrastructure

C-3 Hydrogen Fueling Infrastructure

H Wireless Power Transfer
H-1 Static Wireless Power Transfer
H-2 Dynamic Wireless Power Transfer

H-3 Bidirectional Wireless Power Transfer
H-4 Wireless High Power Transfer
H-5 Electromagnetic Compatibility
H-6 Health and Safety Considerations
H-7 AGV and Other Applications

I Other Related Topics

I-1 Modelling & Simulation
I-2 Measuring Methods & Equipment