Abstract
A study that is built around the investigate imaginative plans for solar-powered electric vehicle charging stations. One extend envisions an Arduino-controlled framework tackling most extreme sun based control through an MPPT controller, showing battery levels and cautioning clients of control drops by means of web interface and GSM. Another centers on an Arduino-based station highlighting LDR sensors and cloud capacity for sun oriented vitality collected by sun based cells. In the interim, the WINSmartEV™ stands out as a commercially accessible, software-driven framework utilizing brilliantly planning, multiplexing, and adaptability to control different EVs proficiently. All these ventures highlight the potential of sun based EV charging stations to decrease fossil fuel reliance and nursery gas outflows, whereas advertising different highlights like farther checking, information capacity, and client cautions
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