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Designing Grid Connected 1.124 MW Photo-Voltaic System for Kuakata Coastal Area

The paper presents the grid connected photovoltaic power generation system to meet the electricity demand through the renewable solar energy for the Kuakata coastal area in Bangladesh. Grid connected photo-voltaic (PV) systems are gaining traction as a viable alternative to traditional fossil-fuel generating. Power converter design and operation, as well as how to attain high efficiency for various power combinations, are important considerations in grid-connected PV systems. The MATLAB/Simulink framework was used to create a simulation model for 1.124 MW grid connected 2 Stage 3 Phase solar inverter with transformer, which is given in this article. The coastal area's energy demand will be fulfilled by the solar energy which has been shown in the Homer pro. For modelling 1.124 MW solar power plant 5-acres of land is needed. With a view save the land area, sea bed near the Kuakata sea beach will be utilized for the installation of solar panels. By this way, it can capable to fulfil the energy demand of Kuakata sea beach and surplus energy will go to the national grid. Under various parameter values, MATLAB simulation was used to determine the maximum power output from solar panel. Homer pro was utilized for estimating demand and cost of energy to fulfill the demand of that area and the surplus energy will provide to the grid.