Optimization and economic analysis of solar PV based hybrid system for powering Base Transceiver Stations in India

Results: of a HOMER based techno-economic assessment of an electricity supply option based on a hybrid system comprising of a PV component, a diesel generator (DG) and electricity grid have been presented in this paper. The study includes analysis of electricity unavailability data for 132 locations in India spread over state capitals, district headquarters, municipal areas and villages. The values of Net Present Cost (NPC) and Cost of Electricity (CoE) have been estimated for 25 selected locations in the country and a comparison with corresponding values for conventional alternative (grid+DG) has also been presented. The study internalizes all relevant location specific parameters. The values of NPC and CoE are lower in the range of 9.5%-36.6% and 16%-33.6% respectively for the proposed system (grid+PV+DG) as compared to conventional system at all 25 locations considered. The inclusion of PV component results in reduced purchase of grid electricity and much lower hours of operation of DG.

Automated summary

This paper presents the results of a HOMER-based techno-economic assessment of an electricity supply option using a hybrid system of PV, diesel generator, and the electricity grid. The study analyzes electricity unavailability data for 132 locations in India and estimates the net present cost and cost of electricity for 25 selected locations, comparing them with values for the conventional grid+DG system. The inclusion of PV results in lower NPC and CoE values for the proposed system at all locations.