Simulation of grid connected 1 MW solar power plant with PVsyst and evaluation of performance parameters

This study, titled "Simulation and Performance Evaluation of a 1 MW Grid-Connected Solar Power Plant Using PVsyst," aims to investigate the use of PVsyst simulation software to assess and optimize the performance of solar energy plants. Firstly, the 1 MW solar power plant and its components used in this study are introduced in detail. With the PVsyst simulation software, the daily and annual energy production potential of the plant is determined, and the performance of the system is evaluated based on the simulation results. The study also explores the impact of solar panel tilt angle, orientation, and system configuration on performance. The results obtained by varying different parameters are analyzed, and recommendations are provided to achieve optimal performance. Performance parameters include power generation, efficiency, energy loss, and carbon emissions, among others. These parameters are evaluated through PVsyst simulations and field measurements. Thus, by analyzing the discrepancies between the actual performance of the system and simulation results, improvements are suggested. In conclusion, this thesis highlights the significance of using PVsyst simulation software to assess and optimize the performance of solar energy plants. It makes a valuable contribution to the solar energy sector by enhancing energy efficiency and promoting the utilization of sustainable energy sources.