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Design and Simulation of 10kw Solar Power Plant under Disparate Climatic 3d Conditions

A. Mohankumar, G. Vijayagowri


To maximize the power generation from a limited area is one of the major concern due to increased land cost and unavailability of lands in rural areas. The solar PV module directly converts the incident solar radiations into useful electrical energy. The variation of temperature and solar irradiance are the major factors which affect the performance of the solar PV module. The shading on solar PV modules reduces the life span of the system as well as reduce the performance of the system. They different arrangements of solar PV modules are done on a standalone system. In this work, the maximum generation was obtained from a three-layer solar PV system with the dual axis tracking system. By this arrangement reduce the space requirement to 68% to generate maximum energy.


Electricity, Grid-Connected, Solar PV System, Performance Ratio, PVSYST Software, Without Shading – Modelling - Simulation

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