Eco Drive: Revolutionizing Electric Mobility with Synergistic Fuel Cell and Photovoltaic Integration

Embarking upon the vanguard of sustainable mobility, Electric Vehicles (EVs) portend a transformative epoch, heralding an unparalleled and revolutionary era in avant-garde transportation paradigms. To augment the operational efficacy of these vehicles, a sophisticated epistemological framework has been deployed. This advanced system integrates a photovoltaic (PV) panel for power generation and a fuel cell for charging the Nickel-Hydride battery, thereby diminishing reliance on the conventional utility grid. An Incremental Conductance-derived peak power Extraction and Optimization Regulator is implemented. to optimize the energy harvested from the PV panel by modulating the duty cycle of the interleaved converter. The efficacy of the contrivance is appraised through computational emulations predicated on the Indian Drive Trajectory. Vectorial Field Command System (VFCS) is applied to govern the 3-phase inverter, which precisely regulates the Brushless DC Motor (BLDC). Furthermore, the system incorporates regenerative braking technology, enabling the recuperation and reallocation of energy during electric braking phases. This avant-garde system not only propels the trajectory of eco-centric mobility but also fortifies the commitment to national e-mobility objectives.