Comparison and Performance Analysis of Different MPPT Technique for Cost Effective Grid Connected Hybrid System

Abstract

Now days, renewable energy sources are more demanding for better environmental aspects. In this paper the author discussed about the use of solar photovoltaic and wind power, which are crucial for grid-tied applications and battery charging. In the past, coal and petroleum were the main sources of electricity. Renewable energy resources are employed to reduce costs and environmental impacts. This paper design and extract the maximum power from DC sources working with different voltages by using solar and wind power generating equipment. Estimating the highest possible energy production from the photovoltaic system is essential to raise the power output of solar and wind systems alike. The maximum power point tracking (MPPT) method is applied in this work for hybrid energy systems. Maximum power perturbation, the incremental conductance approach, and observation were used in tests of the hybrid system. Using the MATLAB/Simulink platform, the P&O MPPT and incremental conductance performance were evaluated and their outcomes examined.