For the purposes, actual production values and simulation values were compared with using the datas of 200kWp Lebit Enerji solar power plant, which was transferred and simulated to PVsyst V6.67-TRIAL program. Systematic losses (temperature and wind loss, cable loss, shading loss, loss of incompatibility, loss of dust and snow, loss of panel, loss of inverter, etc.) were analyzed by the report obtained as a result of the simulation. In the analysis shows that, there is a difference about % 0.56 between the simulation results and the actual production values. This will provide big convenience for feasibility studies of PV systems that are in the design step, on the other hand it can be guide to make revision more effective PV systems.
For the purposes, actual production values and simulation values were compared with using the data of 200kWp Lebit Energy solar power plant, which was transferred and simulated to PVsyst V6.67-TRIAL program. Systematic losses (temperature and wind loss, cable loss, shading loss, loss of incompatibility, loss of dust and snow, loss of panel, loss of inverter, etc.) were analyzed by the report obtained as a result of the simulation. In the analysis shows that, there is a difference about 0.56% between the simulation results and the actual production values. This will provide big convenience for feasibility studies of PV systems that are in the design step, on the other hand it can be a guide to make revision more effective PV systems.
Alan : Fen Bilimleri ve Matematik; Mühendislik
Dergi Türü : Ulusal
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