A Hybrid Source Controlled Multi Input DC-DC Converter System for Electric Vehicle Applications

The research explores multiple-input nonisolated DC/DC converter topology because it offers exceptional integration capabilities for individual and combined operations between renewable and storage energy sources. The converter functions in buck, boost together with buck-boost operations to direct power flow in both directions toward reaching its terminal voltage targets. A power management control scheme together with a power management control method have been described within the proposed converter design. Examine the MILBC Converter operation under PI Controller conditions. The PI (Proportional-Integral) Controller boosts system performance through better damping dynamics and smoother transient response and prevents excessive oscillations. Through continuous adjustment made by its integral component the steady-state error decreases to zero thus eliminating all control system errors.