Designing of on grid photovoltaic-diesel generator hybrid power system with energy storage units in Gaza strip

Today, photovoltaic systems have wide range of uses in applications of renewable energy power systems. In the whole World, on-grid photovoltaic systems are usually used without energy storage units for supply the energy demand. Considering the current political and economical sutiations of Palestine Gaza where maximum 8 hours of daily electrical energy is able to supply from the grid; t is obvious that on-grid photovoltaic systems are not sufficent to meet the energy needs of an active public building. In this thesis, realization of a public building activity, which needs 24 hours of daily electrical energy, is investigated by designing of a on-grid photovoltaic-diesel generator hybrid power system with energy storage units. In Turkey Palestine Friendship Hospital, with the help of AUTOCAD, PVSOL and HOMER software, it is designed the on-grid photovoltaic hybrid power system together with the energy storage units. In addition, with the help of HOMER software, hybrid systems in different scenarios were simulated and optimum system design results were achieved. Buildings which depend on diesel generators for being active, with an optimum designed system, realize to supply 24 hours of daily electrical energy by minimize the cost of electrical energy. Anahtar sözcükler: Photovoltaic Systems, Renewable Energy Systems, Photovoltaic, PV, Solar Cell, Turkish Cooperation and Coordination Agency, Palestine, Gaza, Hospital.