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AUTHOR(S): G. Renuka Devi
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TITLE Electric Vehicle Integration: Classification, Battery Technologies, and Optimization Approaches |
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ABSTRACT The growing urgency to mitigate climate change by reducing greenhouse gas emissions and carbon dioxide has driven the global adoption of electric vehicles (EVs). To support this shift, investments in advanced charging infrastructure and information technology are crucial. This study aims to investigate the impact of EVs on power systems, exploring optimal charging strategies that benefit both consumers and aggregators. Key optimization objectives, including power loss minimization, electricity cost reduction, and peak load management, are examined alongside various optimization methods and algorithms. Additionally, this paper reviews the classification and components used in EVs, requirements of Electric Vehicles, comparison between different Electric Vehicles in terms of driving unit, input source, advantages and disadvantages, Optimization Techniques aspects. The research underscores the necessity for effective planning and operational management to ensure a seamless integration of EVs into the power grid. |
KEYWORDS Battery, Electric Vehicles, Hybrid EVs, EV Motors, Optimization Techniques |
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Cite this paper G. Renuka Devi. (2025) Electric Vehicle Integration: Classification, Battery Technologies, and Optimization Approaches. International Journal of Instrumentation and Measurement, 10, 22-28 |
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