Capacitive Wireless Charging Technology in Wireless Electric Vehicle Battery Charging: Challenges and Opportunities
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This study aims to identify challenges opportunities and solutions related to capacitive wireless charging Capacitive Power Transfer CPT technology in electric vehicles EVs The background of the study focuses on the need for efficient and environmentally friendly charging technology to support wider EV adoption The methods include laboratory experiments to test electrode design charging distance and environmental conditions on power transfer efficiency The results show that optimal electrode design and proper spacing and positioning can improve power transfer efficiency However temperature and humidity factors also affect system performance In conclusion CPT technology has great potential in supporting electric vehicle charging although challenges still need to be overcome The implications of this study are the need for further development in system design that is adaptive to environmental conditions and integration with smart grids to improve the efficiency and adoption of this technology < p>
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Acharige S S G Haque M E Arif M T Hosseinzadeh N Hasan K N Oo A M T 2023 Review of Electric Vehicle Charging Technologies Standards Architectures and Converter Configurations IEEE Access 11 41218 41255 https: doi org 10 1109 ACCESS 2023 3267164
Chen X Wang Y Lee J 2020 Challenges of Wireless Charging for EVs Journal of Power Electronics 34 2 123 130
Erel M Z Bayindir K C Aydemir M T Chaudhary S K Guerrero J M 2022 A Comprehensive Review on Wireless Capacitive Power Transfer Technology: Fundamentals and Applications IEEE Access 10 3116 3143 https: doi org 10 1109 ACCESS 2021 3139761
Gao T Huang Y Zhao L 2022 Advances in Capacitive Power Transfer for EVs IEEE Transactions on Power Systems 37 8 908 915
Hansen P Johansen K 2020 Dielectric Innovations for Capacitive EV Charging Springer Applied Sciences 16 3 212 218
Huang J Chen X 2022 Capacitive wireless power transfer system with inductorless receiver side IEEE Transactions on Circuits and Systems I: Regular Papers
Huang S Li Y Zhang L 2022 Impact of electrode design on wireless power transfer efficiency: A capacitive approach Journal of Energy Conversion 45 2 131 145
Huang Y Zhang F Zhao M 2022 Comparative Analysis of IPT and CPT MDPI Electronics 12 8 3534 https: doi org 10 3390 electronics12163534
Khan F N U Rasul M G Sayem A S M Mandal N K 2023 Design and optimization of lithium ion battery as an efficient energy storage device for electric vehicles: A comprehensive review Journal of Energy Storage 71 108033
Kim S Choi D 2021 High Efficiency Resonant Networks in CPT Systems Taylor Francis Energy Systems 29 4 423 437
Lee K Kim J Zhang W 2023 Influence of environmental conditions on the performance of capacitive wireless power transfer systems Renewable Energy 192 34 44
Liu J Singh P Wang R 2023 Dynamic Capacitive Charging for Electric Roads Wiley Electric Systems 14 5 598 609
Liu W Wang L Zhang T 2023 Optimization of capacitive wireless power transfer for electric vehicles Energy Reports 8 2631 2640
Mahdi H Hattori R Hoff B Uezu A Akiyoshi K 2023 Design Considerations of Capacitive Power Transfer Systems IEEE Access 11 57806 57818 https: doi org 10 1109 ACCESS 2023 3283908
Mamahit C Ticoh J Sangi N Angmalisang H 2022 Studi Sistem Pengisian Cepat Baterai Kendaraan Listrik Berbasis Papan Pengendali OpenEVSE JURNAL EDUNITRO Jurnal Pendidikan Teknik Elektro 2 1 61 70
Park J Lee M Choi J 2018 Hybrid Wireless Charging Methods for EVs AIP Advances 12 3 98 106
Singh P Wang X Zhou K 2021 Future Directions in Wireless Power Transfer Elsevier Energy Reviews 145 111123
Smith J et al 2023 Challenges and future prospects of wireless charging for electric vehicles Renewable and Sustainable Energy Reviews 152 111 124
Wang R Wang H Zhu K Yi C Wang P Niyato D 2023 Mobile Charging Services for the Internet of Electric Vehicles: Concepts Scenarios and Challenges IEEE Vehicular Technology Magazine 18 3 110 119 https: doi org 10 1109 MVT 2023 3289302
Wang Z Lee Y 2021 Review of capacitive wireless power transfer for electric vehicles: System design challenges and opportunities IEEE Transactions on Industrial Electronics 68 9 8095 8105
Wang Z Zhang T 2021 Smart grid integration for electric vehicle wireless charging systems Journal of Electrical Engineering 58 4 239 250
Zeng Y Li F Lu F Zhou X Yuan Y Cao X Xiang B 2019 A hierarchical interdigitated flow field design for scale up of high performance redox flow batteries Applied energy 238 435 441
Zhang X Zhao Y 2023 Capacitive power transfer for wireless charging: The role of electrode material and geometry Journal of Power Sources 512 230 239
Zhang Y Liu Q Wang M 2022 Challenges of wireless power transfer for electric vehicle applications: Material and design considerations Journal of Applied Physics 65 2 110 121
Zhou K Gao Y Zhao L 2023 Overcoming Environmental Challenges in CPT MDPI Electronics 12 16 3534 https: doi org 10 3390 electronics12163534