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The intersection of hybrid electric vehicles (HEVs) and distributed renewable energy systems represents a frontier in engineering and environmental innovation. As the world moves towards sustainable energy solutions, combining renewable resources, such as solar and wind, with HEVs offers a transformative approach to reducing carbon emissions and enhancing energy efficiency. This integration not only improves the performance and sustainability of transportation but also supports decentralized energy generation, allowing communities to become more energy resilient. The synergy between HEVs and renewable energy systems holds significant promise in driving the global transition towards greener, more sustainable infrastructures, reducing dependence on fossil fuels and advancing climate goals. Hybrid Electric Vehicles and Distributed Renewable Energy Conversion: Control and Vibration Analysis explores the integration of HEVs and distributed renewable energy systems, focusing on the control strategies and vibration analysis necessary for optimizing performance. It addresses the multifaceted challenges and advancements in harnessing renewable energy sources for HEVs, offering a comprehensive exploration of this dynamic field. Covering topics such as artificial intelligence (AI), hybrid power systems, and wireless charging, this book is an excellent resource for researchers, academicians, engineers, professionals, graduate and postgraduate students, policymakers, and more.
