A PID-Controlled High DC Voltage Gain Switched-Inductor and Switched-Capacitor-Based DC-DC Power Buck-Boost Converter Design for Solar Energy Application

DC-DC converters are widely applied in different industrials such the Renewable Energy Sources (RESs) utilizations, Electrical Vehicle (EV) applications and power transmission technologies. Different topologies presented for these including modified Buck, Boost or Buck-Boost converters, switched-inductors switched-capacitor-based structures circuits with transformers. A converter is needed to transmit make voltage applicable grid home use levels of generated by sources. In this study, a switched-inductor-based operate low high-power utilizations. One application proposed aiming supply necessary voltages devices requiring voltage, as mobile phones computers, obtained electricity grids that can be categorized at high-voltage applications. Based on load level, there need obtain high-gain converter, which buck boost converter. Since electrical energy must transmitted lossless possible, highly efficient. number components optimized only one switch used. The main advantage it controlled simply since contains switch. Also, three diodes used structure them activated time intervals ON-state other two OFF-state All features help obtaining smaller dynamic switching losses through process. Both inductors charged discharged operational modes guarantee Continuous Conduction Mode (CCM) working conditions capacitor transfer between input output sides during