Performance Analysis of SEPIC converter using Particle Swarm Optimization
B. Manimaran, Joshuva Arockia Dhanraj, Ngangbam Phalguni Singh, P. Shyamala Bharathi, U N V P Rajendranath · 2022 6th International Conference on Computing Methodologies and Communication (ICCMC) · 2022
One of the main concerns of the electricity sector is the increase in daily electricity due to the lack of energy resources. The main objective is to determine the efficient evaluation of the Photo Voltaic energy conversion system. This is done taking into account various types of converter topologies with various control technologies. A system comparison for the various types of converter topology is also carried out. An algorithm called as MPPT provides an output energy from the PV module & this output is independent of temperature & radiation conditions. Therefore, to increase PV performance, this Maximum power point algorithm is adapted in Photo Voltaic systems. In the MPPT system, the Photo Voltaic output energy is sent directly to the DC-DC converter, and the MPPT output is capable to control the converter to work with the maximum energy. The proposed plan guarantees optimal use of the PV generator and confirms its efficiency under different load conditions. Another algorithm adapted in the project is the control of the PI controller with the software PSO , MATLAB Simulink and in tabular form.