SHADING SIMULATION ANALYSIS OF 5.348 WP ON-GRID SOLAR POWER PLANT

Rahmaniar Rahmaniar, Agus Junaidi, Jul Andri Syahputra Sinaga

Abstract


Abstract: Solar power plants are renewable energy plants that occupy the top ranking for renewable energy. The research's object is the polycrystalline type with a series connection in each module with a capacity of 5.348 Wp. Efficiency calculations of solar power plants must be carried out to determine the maximum potential of solar energy power plants. Shadows are one of the factors that can influence the optimal efficiency of solar power plants. The method used is experimental by simulating the influence of direct shades, percentages of 20 percent, 40 percent, and 60 percent, and indirect simulation. Data was collected using direct simulation from 11:00 WIB to 13:00 WIB for six days. Simulation-based analysis shows that with a total power of 5,348 Wp for 20% shadow conditions, it produces 3049 W of Power; for 40% shadow conditions, it makes 1834 W of energy; and for 60% shadow conditions, it creates 1227 W of Power, the influence of shadows on solar power plants has a loss contribution power of 0.9% / year.


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