Design of 50 MW grid-connected photovoltaic power using PVsyst software in Tininai region, Bani Walid

الملخص

At present, the extensive use of fossil fuel-based power generation has led to an increase in carbon dioxide emissions affecting the environment. If this continues, the air temperature is expected to rise, increasing storms, hurricanes, droughts and floods. Therefore, urgent action is needed now to change the existing energy system to renewable energy as it leads to little or no emissions. This paper presents the design and simulation of a 50 MW grid-connected solar power generation system in the Tininai region. It also represents the technical and economic potential and annual performance of the solar PV system. The design was validated and simulated using PVSYST to determine the optimal size and specifications of the grid-connected power and electrical generation system. Electricity generated from solar PVP is 50 MW. This energy can be utilized to reduce the load on the General Electricity Company and to help reduce the annual electricity bill for the Tininai and Bani Walid regions in general. The study provides an overview of solar PVP. The results of this project will encourage my country, Bani Walid, to decide on installing a photovoltaic solar energy system in order to reduce loads and reduce the cost of maintenance and transportation. Moreover, the solar power plant helps conserve oil and reduce environmental impacts.