تقييم اداء منظومة رياح - شمس بمركز الاشعاع الشمسي باستخدام برنامج الحاسب الآلي هومر برو

The importance of using renewable energy sources and hybrid systems is increasing, to produce electricity and reduce electricity costs. The use of simulation programs in the field of renewable energy has made this field develop rapidly to save time and materials. Combining energy sources increases productivity. In this study, we seek to increase productivity by combining two energy sources through a system that combines wind and solar energy. Compatible with modern methods and keeping pace with developments in the field of software, we used the Pro HOMER program, which is one of the most famous programs used in the technical and economic analysis of hybrid energy systems. To evaluate the productivity of a 1300W 24V wind-solar system. To choose the best scenario at a prevailing wind speed at the site of 4m/s, a design speed of 7m/s, and a maximum speed at which the turbine can operate at 14m/s according to the capacity curve from the factory and what was previously measured at the site, with a statement of the capital payback period and the basic design safety criteria. where the average installed loads are 350W and a maximum capacity of 930W. Keywords: Homer Pro, Wind, Power Curve, Loads, Turbine.