The process of converting solar power to electricity using solar cells and improving productivity of photovoltaic solar power systems via solar cells

Photovoltaic (PV) technology, together with being an expensive and renewable technology, is the simplest electricity production technology in terms of design and installation. PV cells are semiconductor materials that convert solar energy directly into electricity. The energy conversion factor for any solar PV system is defined as efficiency. This causes some misconceptions. The efficiency of a PV cell can be taken as the ratio of the generated electricity to total solar radiation. According to this definition, only the electricity generated by the PV cell is taken into account. Other components and properties of the PV cells such as the ambient temperature, cell temperature, and chemical components of the PV cell are not considered. PV cells heat up during use and lose or gain heat according to the temperature of the environment they are in. In other words, as the PV cell warms up as a result of warming up, the heat energy must also be taken into account in the collection efficiency of the PV cell. In this study; parameters affecting the efficiency of a PV power system such as panel placement and panel-inverter compliance are examined and necessary precautions for keeping performance high are discussed.