Analysis of Asymmetric Influential Factors through Simulink in Photovoltaic Power on New Energy Grid Connection

This study addresses the pressing challenges of environmental pollution and energy shortages by exploring the integration of renewable energy sources, specifically wind and photovoltaic (PV) power, into the grid. The manuscript presents a detailed analysis of the asymmetric influences, such as temperature and illumination intensity, on renewable energy systems, and proposes a methodology to optimize power output through Maximum Power Point Tracking (MPPT) techniques. Utilizing Simulink simulations, the study models and tracks the power generation of PV cells under varying environmental conditions, examining the effects of temperature and light on system stability and power efficiency. Key findings demonstrate that MPPT effectively stabilizes voltage and current outputs, improving the efficiency of energy transfer, while the system shows promising responses to fluctuations in illumination and temperature. The research emphasizes the importance of integrating renewable energy technologies into the grid to enhance energy security, reduce transmission losses, and minimize the impact of grid failures. This work contributes significantly to the optimization of grid-connected renewable systems, promoting economic growth and reducing reliance on traditional energy sources.