Explore innovative wireless power transfer techniques revolutionizing EV charging. The narrative examines electromagnetic induction and resonant coupling in both dynamic and static systems, presenting insights into design strategies, infrastructure integration, and environmental impacts that shape sustainable transportation.
Explore innovative wireless power transfer techniques revolutionizing EV charging. The narrative examines electromagnetic induction and resonant coupling in both dynamic and static systems, presenting insights into design strategies, infrastructure integration, and environmental impacts that shape sustainable transportation.
Ognjen Grkinić is a physicist with a profound expertise in applied and computer physics, particularly in data science and plasma physics. He is currently pursuing his PhD at the Faculty of Physics, University of Belgrade, where his research focuses on the behavior of ionized gases and plasma within the Attosecond-Plasmas Lab. Ognjen's academic achievements include a Master's degree in applied and computer physics, where he developed advanced software for processing scientific data, earning a near-perfect GPA of 9.80/10.00.In addition to his research, Ognjen has contributed significantly to education, having taught physics and mathematics at both high school and primary school levels. His passion for teaching is matched by his meticulous approach to scientific inquiry, which is evident in the books and papers he has authored and edited in the field of physics and other natural sciences. Beyond academia, Ognjen has worked as a Multimedia Transcriber at Arcler Education Inc. and as a Data Labeling Quality Specialist at Scale AI, roles that have further refined his analytical and technical skills. Fluent in multiple languages, Ognjen is also an active volunteer, dedicating his time to educational and community initiatives. Ognjen Grkinić's diverse experiences in research, education, and professional work underscore his commitment to advancing the field of physics and contributing to the broader scientific community.
Inhaltsangabe
* Chapter 1 Introduction to Wireless Power Transfer * Chapter 2 Fundamentals of Wireless Power Transfer * Chapter 3 Wireless Chargers for Electric Vehicles * Chapter 4 Static and Dynamic Wireless Power Transfer for Electric Vehicles * Chapter 5 Technological Advances in Electric Vehicles * Chapter 6 Inductive Wireless Power Charging for Electric Vehicles * Chapter 7 Wireless Power Transfer in On-Line Electric Vehicle * Chapter 8 WPT in Electric Vehicles: Evaluation, Regulation, and Future Prospects
* Chapter 1 Introduction to Wireless Power Transfer * Chapter 2 Fundamentals of Wireless Power Transfer * Chapter 3 Wireless Chargers for Electric Vehicles * Chapter 4 Static and Dynamic Wireless Power Transfer for Electric Vehicles * Chapter 5 Technological Advances in Electric Vehicles * Chapter 6 Inductive Wireless Power Charging for Electric Vehicles * Chapter 7 Wireless Power Transfer in On-Line Electric Vehicle * Chapter 8 WPT in Electric Vehicles: Evaluation, Regulation, and Future Prospects
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