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Mr. Govind Parashar
Ms. Kumari Ashwani
Mr. Anil Boyal
Keywords:
Renewable Energy, Power Quality, Maximum Power Point Techniques, FACTS Devices, Photovoltaic System, Electric Vehicle.
Abstract:
In this proposed work, the focus is on improving the efficiency and stability of charging electric vehicles (EVs). The proposed work suggests incorporating local, renewable energy sources such as photovoltaic (PV) panels converters into the traditional grid to enhance its efficiency. PV panels can convert sunlight into electricity. The charging station described in the proposed work combines solar panels and grid connectivity. Hybrid charging stations aim to be efficient, safe, and adaptable to various situations, providing more options for EV owners. By utilizing a battery storage system (BSS) and enabling a more diverse load for electric vehicles, the strain on the grid is reduced. This approach significantly improves overall performance, reliability, and cost- effectiveness. To minimize conversion losses, interleaved buck-boost converters are integrated into the BSS. This addition helps maintain high efficiency in power conversion in both directions, ultimately reducing wastage. Moreover, improving the quality of electricity through this system enhances the overall performance of the PV system while keeping it environmentally friendly. When weather conditions are less than ideal, maximum power point tracking (MPPT) and interleaved boost converters are employed to ensure a consistent output from the PV system.
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International Journal of Recent Research and Review
ISSN: 2277-8322
Vol. XVIII, Issue 4
December 2025
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PUBLISHED
December 2025
ISSUE
Vol. XVIII, Issue 4
SECTION
Articles
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