Authors: Xiang Ma, Yuan Zhou, Hanwen Zhang, Qun Wang, Haijian Sun, Hongjie Wang, Rose Qingyang Hu
Published on: March 25, 2024
Impact Score: 7.4
Arxiv code: Arxiv:2403.16830
Summary
- What is new: A comprehensive survey focusing on communication infrastructure for static and dynamic wireless charging in electric vehicles (EVs), addressing security, privacy, and grid communication.
- Why this is important: The challenges hindering the widespread adoption of EVs, including limited range and long charging times.
- What the research proposes: Implementing dynamic and static wireless power transfer systems for EVs to enable charging in motion and at conventional parking spots, alongside a detailed comparison of communication standards.
- Results: Outlined future trends and provided a detailed overview of current technologies, communication standards, and discussed the importance of security and privacy measures.
Technical Details
Technological frameworks used: nan
Models used: Survey of existing communication standards and technologies for EV wireless charging.
Data used: Comparison data of communication standards and technologies.
Potential Impact
Automotive industry, electric vehicle manufacturers, energy sector, infrastructure developers, and tech companies focusing on wireless communication and power transfer technologies.
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