Design and Analysis of Solar-Powered Electric Vehicle Station

ThispaperpresentsanintegratedapproachthatcombinesMATLABsimulationandhardwaredesignforthedevelopmentofefficientandreliablesolarcharging stations. TheMATLAB simulation model analyzes crucial parameters, includingsolar panelcharacteristics, battery capacity, and user demand, to optimize the behaviorandperformance of the charging station. Utilizing the insights gained from the simulation,ahardwareprototypeisdesignedandconstructed,incorporatingsolarpanels,powermanagementsystems, and user-friendly features. The iterative process between simulationand hardwaredesign enables continuous refinement and enhancement, resulting inthedevelopmentofoptimizedchargingstations.Thismethodologycontributestotheadvancementof sustainable charging infrastructure by seamlessly integratingMATLABsimulationandhardwaredesign,providingacomprehensivesolutionforeffectiveutilization of solar energy in charging stations. The findings presented in this paperoffervaluable insights for researchers, engineers, and practitioners involved in the designandoptimizationofsolarcharging stations