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Parabolic Dish (PD) is one of the most efficient Concentrating Solar Technology (CSP) technologies that convert solar energy into thermal energy and electricity. Parabolic Dish has shown the highest efficiency and can achieve up to 750oC temperature and has emerged as one of the most reliable and efficient Renewable Energy (RE) technology. However, the performance evaluation of the parabolic dish by using experimental approach is costly and time consuming.A parametric study of a parabolic dish receiver system design is analyze in order to determine the best configuration to achieve an optimal system performance in this work. A parabolic dish receiver system is designed based on the analysis for a process heat application. Rim angle is an important parameter which determine the imaging and non-imaging diameter of the flux radiation for selecting the types of receiver. It shows that the optimum parameter of the parabolic dish is important to achieve the high intensity at the focus point of the receiver. Energy 3D software is to be optimized energy analysis for daily, monthly and annual distribution as discussed in the software program with input parameters of rim radius, focal length of parabolic dish.

Thermal Analysis of Parabolic Dish Receiver System and Energy Analysis by using Energy 3D Software