Emerging Trends in Hybrid Solar and Wind Power Sharing V2C and C2V Power Exchange with Integrated Charging Systems

This research paper focuses on the design and optimization of a Hybrid Solar and Wind Power Sharing with V2C and C2V Power Exchange and Utilization to Home. The transition towards renewable energy sources is vital to combat climate change and reduce dependence on fossil fuels. Solar and wind power are two prominent renewable energy options that harness the natural elements to generate electricity. Grid- tied solar and wind power sharing with V2C and G2C power exchange offers numerous benefits, including reduced carbon emissions, energy cost savings, and increased grid reliability. The power from the hybrid power generation is sent to charging unit. The power is delivered from charging unit to electric vehicle and electric vehicle to charging unit. The PSM technique is used used for modeling the circuit. The power is also delivered from charging unit through battery to the home appliance. The graphs are plotted and analyse the operating conditions using MATLAB at charging and discharging from electric vehicle.