Development in the Performance of Interleaved DC-DC Boost Converter Using Parameter Optimization

Interleaved DC-DC Boost converter is one of the most important converters which are frequently uses in Solar PV applications. When more than two DC-DC Boost converter are connected with programmable firing angle to control phase of conduction of converter in strategic manner using interleaving technique, the assemble is referred as interleaving DC-DC Boost Converter. High ripple, poor voltage regulation and poor efficiency are major vulnerabilities inherited by DC-DC Boost because of its construction and operating principal. The presented research articles investigate the reason behind the limitations and vulnerabilities of Interleaved DC-DC Boost Converter for high frequency, high voltage application and try to detect the key factor responsible for poor performance and investigates optimal techniques suggested by different research scholars and utilizes the same for performance optimization. A mathematical Model is derived, and simulation of suggested model is tested, verified and concluded. An honest effort had been made to address the required parameter to make Interleaved DC-DC Boost Converter an ideal solution for Solar PV Application.