OPTIMIZATION OF PHOTOVOLTAIC SYSTEM AND TECHNOLOGY IN VIEW OF A LOAD PROFILE Case of Public Building in Turkey.

The optimum sizing of photovoltaic technologies depends on certain variables such as the daily energy consumption of buildings and available solar potential of the location. The purpose of this paper is to define the optimum photovoltaic panel area with no battery system to supply the daytime electricity usage of a Vocational School in Sanlıurfa, Turkey. First, the maximum photovoltaic panel areas are found at the 100% self-consumption for the Mono-Si, Multi-Si, and CdTe photovoltaic technologies. Besides, for defining optimum installation powers, an economic analysis has been carried out. The seasonal performances of economical optimum capacities are investigated under the feed-in tariff scenario. At 100% self-consumption, the maximum photovoltaic panel areas are found 130 m², 160 m², and 170 m² for Mono-Si, Multi-Si and CdTe respectively. The results show that the installation of Mono-Si (115 m²), Multi-Si (150 m²), and CdTe (210 m²) photovoltaic systems at 1.65, 1.75, and 2.3 times as the daily peak electricity consumption, is the most optimal selection according to economic indicators. [ABSTRACT FROM AUTHOR]