Electric Vehicle Charging Station App

Satyam Zalke, Kunal Waghmare, Deepak Sav, Vishal Chauhan, Prof.G.Mane
Page No: 95-104
Download PDFAbstract:
Recent technological advancements like electric vehicles are vying for attention. Fewer nursery outflows, fuel reserve cash, and convenience are a few positive aspects it offers. Recent efforts to stop the introduction of greenhouse gases that cause global warming and to conserve petroleum products, whose value is rising, have accelerated the development of sustainable power offices. Additionally, photovoltaic system prices are rapidly falling. Therefore, it is agreed that photovoltaic energy will become less expensive in the future. But in Japan, the enormous surplus power produced by solar systems has a catastrophic effect on the power infrastructure. This concept presents a sustainable power source for an EV charging station. It also provides a few chances for the provision of electric power from environmentally friendly sources of electric vehicle charging stations. The power is then utilised to charge electric automobiles. An introduction to energy management and management techniques for the power supply of charging stations for electric vehicles are also provided in this essay. In order to exchange energy from fuel and reduce pollution from carbon emissions, wind turbines and solar photovoltaic arrays are used in combination.

Citations

APA: Satyam Zalke, Kunal Waghmare, Deepak Sav, Vishal Chauhan, Prof.G.Mane (2025). Electric Vehicle Charging Station App. DOI: 10.86493/VEREDAS.2024/V14I2/11

AMA: Satyam Zalke, Kunal Waghmare, Deepak Sav, Vishal Chauhan, Prof.G.Mane. Electric Vehicle Charging Station App. 2025. DOI: 10.86493/VEREDAS.2024/V14I2/11

Chicago: Satyam Zalke, Kunal Waghmare, Deepak Sav, Vishal Chauhan, Prof.G.Mane. "Electric Vehicle Charging Station App." Published 2025. DOI: 10.86493/VEREDAS.2024/V14I2/11

IEEE: Satyam Zalke, Kunal Waghmare, Deepak Sav, Vishal Chauhan, Prof.G.Mane, "Electric Vehicle Charging Station App," 2025, DOI: 10.86493/VEREDAS.2024/V14I2/11

ISNAD: Satyam Zalke, Kunal Waghmare, Deepak Sav, Vishal Chauhan, Prof.G.Mane. "Electric Vehicle Charging Station App." DOI: 10.86493/VEREDAS.2024/V14I2/11

MLA: Satyam Zalke, Kunal Waghmare, Deepak Sav, Vishal Chauhan, Prof.G.Mane. "Electric Vehicle Charging Station App." 2025, DOI: 10.86493/VEREDAS.2024/V14I2/11