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This paper proposes to enhance the execution requirements of the solar photovoltaic (PV) street lighting system in Kuwait. A strength, weakness, opportunity and threat (SWOT) analysis was performed to recognise the elements needed for feasibility analysis followed by analysing the economic and environmental viability. The cost analysis shows that in a year, 18,770,072.56 m 3  of natural gas and 4,939,492.779 gallons of fossil fuel can be saved from the installation. Hence, the cost of lowering carbon dioxide (CO 2 ) is directly proportional to the cost of conserved energy resources since emissions from generation stations are reduced by 132,37vc8,406 kg of CO 2 . The payback period of 3 years and price decrease ratio of 13% shows that this system is economically and environmentally viable.

Feasibility analysis of implementing PV street lighting system in an arid region