Photovoltaic market is a globally growing market, and this also reflects the current trend in Turkey. In this study, a grid-connected photovoltaic (PV) power plant of 2130.7 kW_p rated power located in the eastern part of Turkey was analysed. The photovoltaic plant was assessed in terms of performance parameters such as reference yield, array yield, final yield, inverter efficiency, capture loss, system loss, system efficiency, capacity factor, performance ratio and annual final yield. In 2017, 3519.98 MWh of energy was generated by this PV plant. Mean final yield, mean performance ratio, system efficiency and capacity factor were found as 4.53 h/d, 81.15%, 13.18% and 18.86%, respectively. Besides the real-time analysis, a simulation of energy prediction and performance analysis were also done. A comparison with other PV plants located in different parts of the world lead to the conclusion that insolation and environmental conditions are the primary factors that affect PV plant performance.

光伏市场是一个全球增长的市场，这也反映了土耳其当前的趋势。在这项研究中，一个2130.7 kW _p的并网光伏（PV）电厂对位于土耳其东部的额定功率进行了分析。根据性能参数（例如参考产量，阵列产量，最终产量，逆变器效率，捕获损耗，系统损耗，系统效率，容量因子，性能比和年度最终产量）对光伏电站进行了评估。2017年，该光伏电站发电量为3519.98 MWh。平均最终产量，平均性能比，系统效率和容量因子分别为4.53 h / d，81.15％，13.18％和18.86％。除了实时分析外，还进行了能量预测和性能分析的仿真。与位于世界各地的其他光伏电站进行比较得出的结论是，日晒和环境条件是影响光伏电站性能的主要因素。