ملخص الدراسة:

this paper compares different solar photovoltaic (SPV) systems implemented worldwide including solar fuel saver (SFS) systems and focuses on the advantages and disadvantages of each system discussing the suitability and conformity of each system to the local electrical situation in the Gaza Strip. The case study presented in this paper deals with the laboratory building at IUG which was recently retrofitted by Building Applied Photovoltaic (BAPV) project featuring 141.75kWp hybrid DC coupled solar power system with battery backup. System sizing results is presented. The BAPV system optimizes solar power harvesting by managing energy share between the DC and the AC sources when present simultaneously. It integrates both sources in a hybrid mode via limiting the energy share from the AC source and giving priority to the DC power during daylight operation. The system is expected to commence operation by year 2016. The aggre-gate SPV system is expected to generate a total of approximately210MWh per annumthus reducing 130 tones of CO2 emissions yearly. The annual savings are expected to be around 56kUSD which means that the investment capital cost shall be retrieved after eleven years of commercial operation.

توثيق المرجعي (APA)

El-Ghussain, Zeyad A. (2016). Design of a Robust Hybrid DC Coupled Solar Photovoltaic System Utilizing State of the Art Building Applied Photovoltaic Technology: A practical Case Study for the Islamic University of Gaza Laboratory Building. 6th International Engineering Conference (IEC6) on Energy-Efficient Buildings, The Islamic University of Gaza. 28240