Photovoltaic Fed Portable Electric Scooter Charging Station for Academic Campus

Abstract: The fast-growing global vehicle fleet is primarily responsible for global climate change and air pollution; the transportation industry emits about a quarter of all energy-related greenhouse gases, posing a bigger danger to the environment. Adoption of e-mobility solutions is a superior substitute for gasoline-powered internal combustion engine cars in this regard. A innovative option may be a sustainable e-scooter recharging port that is powered by a PV system. Because of the PV system's size limits, a single PV module must provide enough energy to recharge the e-scooter. This study discusses the design, analysis, and execution of an e-scooter PV charger.

Keywords: PV module, Zeta Converter, MPPT algorithm, Half-Bridge Inverter, PWM Controller, PI Controller.