Özet:

Due to the environmental harmful effects of fossil fuels, the use of renewable energy sources, especially in electricity production, is rapidly increasing. At the UN Climate Summit in Paris in December 2015, a plan of action was adopted to keep global warming below 2°C. In this action plan, the use of renewable energy resources plays an important place. After the entry into force of the non-licensed electricity production regulations, the installation of systems producing electricity by photovoltaic means, especially from solar energy, is rapidly increasing in Turkey. In this framework, a solar power plant was established within the Faculty of Engineering of Dicle University in order to be able to promote, train, produce and analyze. The use of simulation programs in the design and analysis of photovoltaic solar power plants is very important. The PVsyst simulation program stands out in these programs with the ability to do detailed analysis with the tools it offers for photovoltaic system simulation. In this study, the simulation of the 250 kWp solar power plant, established within the University of Dicle, was done with the PVsyst V6.39 simulation program and the performance was analyzed in accordance with the performance criteria specified in the IEC 61724. The production values of the plant between December 2015 and April 2016 were also compared with the simulation results.

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