Determination of the production potential of solar power plants in turkey in terms of energy and exergy efficiency

The efficiency of solar power plants will be determined by the energy and exergy analysis approach. Efficiency values and calculation of recycling times, the area where the facility and sunshine duration varies are depending on solar radiation. In our software, based on values in the area you choose, energy performance efficiency, exergy efficiency, the average panel temperature, essential solar panel area, panel number and the total annual alternating current (AC) calculates the power outlet. With these calculations made before the establishment of the plant efficiency is judged by determining whether an appropriate setup. According to the General Directorate of renewable energy sources, we get invoke the 7 regions in Turkey kWh / m2-year comparison. Our region ranks 1460 kWh / m2 in the South-East Anatolia, second place in 1390 kWh / m2 in the Mediterranean, the third row 1365 kWh / m2-year with Eastern Anatolia, fourth in 1314 kWh / m2-year with Anatolia, fifth in 1304 kWh / m2-year Aegean, sixth in 1168 kWh / m2 in the Marmara, seventh in 1120 kWh / m2-year located in the Black Sea region. What I aim of this study, we received invoke the seven regions of the solar energy potential in Turkey benefiting from Renewable Energy General Directorate of resources, energy, and make the Exergy analysis of solar power plants in Turkey is to compare the performance analysis and thermodynamic efficiency. Key Words: Sun Power Plant, Energy, Exergy, Efficiency, Photovoltaic