A Buck-Boost Converter through an Induction Motor with Diode Clamped Multilevel Inverter for Non-Conventional Energy Sources

ABSTRACT An immediate improvement of environmentally friendly energy system calls for a new topology of high gain buck-boost converters with high performance and a small charge. So in this paper, Hybrid Boosting Converter (HBC) is used. The main purpose of HBC is to increase the gain and control capacity from its HBC design. A new HBC converter needs a bipolar multiplier, an inductor, a single switch, great gain functionality with an extensive regulation selection. In the single solar power system is used. This paper is discussed with the low element tension, smaller output voltage ripples and versatile expansion, which makes it suitable for a solar power system and environmentally friendly energy sources. The performance of this HBC converter is tested with an induction motor and diode-clamped multilevel inverter. The recommended method is designed and outcomes are acquired by working with Matlab/Simulink software. Keywords: Hybrid Buck-Boost Converter, Voltage Multiplier, Environmentally Friendly Energy Sources, Induction Motor, Diode Clamped Multilevel Inverter, Matlab /Simulink.