Design and Implementation of Active Clamp Flyback Converter for High-Power Applications

This paper proposes a solar-powered isolated DC-DC converter for high-power applications. The main aim of this paper is to achieve voltage regulation in the output side of the converter and to integrate a lossless active clamp flyback circuit (LACF) to compensate for the high-voltage issues that arise from one-stage DC-DC converters. Hardware is developed with a power rating of 2 kW to test the performance of the proposed circuit. The circuit is designed using low-voltage devices and features such as soft switching and regeneration due to the LACF, which enhances efficiency. A novel luminous control algorithm is presented to improve the converter performance. The proposed circuit's performance and feasibility are compared with existing converter parameters, such as the number of components in the circuit, voltage rating, and regeneration.