P. Satpathy, Sobhit Panda, A. Mahmoud, Renu Sharma
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Pre-Installation Analysis of a 8.3kWP Roof-Top Based Stand-Alone PV System for Uninterrupted Power Supply
Adoption of sustainable and clean energy has shown a rising demand for roof-top stand-alone PV systems in India due to source availability and reliability. The installation of the off-grid PV system in a building involves optimal system designing, sizing, selection and analysis that depend on various factors such as geographical location, meteorology, orientation, losses and proper load calculation. In this paper, a detailed design of an 8.3kW roof-top based stand-alone PV system for uninterrupted power to two research laboratories of a building is presented. The optimal system design is done by considering the major installation factors such as the geographical location of the site, meteorological data, orientation, PV array sizing, components selection and loss analysis. The entire design and investigation are carried out in the PVsyst software tool. The performance analysis of the designed system is conducted in term of yield, components behavior and loss analysis.
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