Optimal Voltage Regulation Of Three Phase Interleaved Boost Converter

This research work offer the voltage regulation of Three Phase Interleaved Boost Converter (TPIBC) for DC micro grid distribution voltage. The TPIBC consists of three parallel connected boost converters, Voltage Multiplier Cell (VMC) and voltage lift capacitor. The output voltage of the TPIBC is regulated using PI (Proportional Integral) and Fuzzy controller. The performance of controller is analyzed transient and steady response. The transitory reaction of the suggested converter is verified with closed loop PI and Fuzzy controller as the DC input voltage. The transitory reaction parameters are settling time and peak over shoot voltage analyzed in three cases such as controller with TPIBC, controller with variable load, controller with variable source. The performance of the recommended converter is examined by DC micro grid application for charging the rural area with electricity. The performance assessment of proposed TPIBC with PI and Fuzzy controller has been made. The investigational outcomes are obtained for the suggested TPIBC to validate the simulation result and real time application.