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Session Details

Poster SessionVehicle Electrification-related Technologies

[P2-10]Vehicle Electrification-related Technologies 2

Wed. Jun 3, 2026 12:40 PM - 2:00 PM JST
Wed. Jun 3, 2026 3:40 AM - 5:00 AM UTC
Poster10(Event & Exhibition Hall)
Chair:Nobukazu HOSHI(Tokyo University of Science)

[P2-10-01]Comparison of Electric Vehicle Battery Chemistries: Lithium-Ion and Solid-State

*Jesse Thornburg1 (1. Grid Fruit, LLC (USA))

[P2-10-02]Grid-BESS Hybrid Strategy for Partial Power EV Charging

*Di Wu1, Yue Cao1, Liangcai Shu1, Krzysztof Puczko3, Reza Davoodnezhad2, Michael Golombok2, Dongsheng Yang1 (1. Eindhoven University of Technology (Netherlands), 2. Shell (Netherlands), 3. Delta Electronics (Poland))

[P2-10-03]Deep Reinforcement Learning Based Fast-Charging Strategy for Lithium-Ion Batteries Using Twin Delayed DDPG

Ying-Ting Huang1, *Guan-Hao Lu1 (1. National Taipei University of Technology (Taiwan))

[P2-10-04]A Novel Blockchain-Assisted V2V Energy Trading System Design Addressing Charging Difficulties in Emergencies or in Remote Areas

Zaixin Song1, *Yuan Gao1, Yongtao Liang1, Zhijian Zhang1 (1. The Hong Kong Polytechnic University (Hong Kong))

[P2-10-05]Design and Implementation of a Non-Isolated 11 kW On-board Charger for Three-Phase and Single-Phase Operation

Konstantinos Theodosiou1, *Michael Hartmann1 (1. Technical University of Graz (Austria))

[P2-10-06]Physics-Informed State of Charge Estimation for LiFePO4 Cells

*Hoda Sorouri1, Arman Oshnoei1, Monica Marinescu2, Remus Teodorescu1 (1. Department of Energy, Aalborg University, 9220 Aalborg East, Denmark (Denmark), 2. Department of Mechanical Engineering, Imperial College London, London SW7 2AZ, UK. (UK))

[P2-10-07]Impact of Triple-Phase-Shift Modulation on the Efficiency–Cost Optimization of Single-Stage Dual Active Bridge Converters for Wide-Voltage DC Fast Charging

*Sadik Cinik1,2, Tomislav Turscak1, Khan Reyyan Ahmad1, Asim Ibrahim1,2, Giuseppe De Falco1, Xiongfei Wang3, Ariya Sangwongwanich2 (1. Infineon Technologies Austria AG (Austria), 2. Aalborg University (Denmark), 3. Tsinghua University (China))

[P2-10-08]Study on Machine Learning Modeling Methods for Capacitance Estimation of LC Series Circuit Type Cell Voltage Equalizer

*Yuya Sekiguchi1, Daiki Satou1 (1. Tokyo Denki University (Japan))

[P2-10-09]Calorimetric-Based Condition Monitoring and Reliability Assessment of Power Semiconductor Devices in Electric Vehicle Inverters

*Shahriar Sarmast Ghahfarokhi1, Enes Ayaz1, Stanisław Oliszewski2, Staffan Norrga1, Hans Peter Nee1 (1. KTH Royal Institute of Technology (Sweden), 2. Wrocław University of Science and Technology (Poland))

[P2-10-10]Single-Stage Integrated OBC-APM Topology with Reduced Device Count for EV Application

*Anmol Arun Meshram1, Siva Prabhakar1, Sandeep Anand1 (1. Indian Institute of Technology Bombay (India))

[P2-10-11]Optimal Primary Coil Placement in a Dual-Field Dynamic Wireless Power Transfer System

*HARUTAKA SUZUKI1, Ryosuke Ota1, Cristian Giovanni Colombo2, Michela Longo2 (1. Tokyo Metropolitan University (Japan), 2. Politecnico di Milano (Italy))

[P2-10-12]EMI and Loss Reduction via DC Link Optimization for Battery Based Automotive Multilevel Converters

*Wolfgang Grupp1, Tobias Manfred Högerl1, Johannes Buberger1, Andreas Wiedenmann1, Julian Estaller1, Kevin Krakow2, Thomas Weyh1 (1. Universität der Bundeswehr München (Germany), 2. Helmut Schmidt Universität Hamburg (Germany))

[P2-10-13]Comparison of Unfolder and Pseudo-DC link
Single-stage Topologies for Phase-Modular 3-phase
Off-Board LEV Chargers

*Biswajit Sahoo1, Shiladri Chakraborty1 (1. IIT Bombay (India))

[P2-10-14]Design and Implementation of a Multi-Stage Constant Current Charging Strategy for LFP Battery Chargers

Anh-Tuan Le-Nguyen1, *Chang-Hua Lin1, Hwa-Dong Liu2, Jenn-Jong Shieh3 (1. National Taiwan University of Science and Technology (Taiwan), 2. National Taiwan Normal University (Taiwan), 3. Feng Chia University (Taiwan))

[P2-10-15]Energy Control Strategy with Compact Flywheel Battery for Grid Support and Fast EV Bus Charging

*Atsushi Nakajima1, Jahangir Hossain2, Biplob hossain2, Kiyoharu Nakao4, Yoichi Ito3, Kazuo Rokkaku4, Morihiro Saito6, Yoshifumi Shimogaki7, Koji Shibasaki8, Hiroya Sugimoto5, Daiki Satou5 (1. PandaPower Co., Ltd. / Tokyo Denki University (Japan), 2. University of Technology Sydney (Australia), 3. GS Yuasa Corporation (Japan), 4. PandaPower Co., Ltd. (Japan), 5. Tokyo Denki University (Japan), 6. Motion System Tech, Inc. (Japan), 7. Exedy Corporation (Japan), 8. Maruwa Electronic Inc. (Japan))
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