Abstract: Global energy consumption is rising exponentially, producing new concerns such as global warming. To mitigate the issues, major actions have been made, the other is to accomplish the objective of enhancing the usage of renewable energy sources. However, apart from hydropower renewable energy has been used insufficiently across the world. According to the greenhouse gas emission reduction report on renewable energy. Meanwhile wind and solar power have only responsible for 5% and 2.2% respectively. The feasibility of hybrid power systems integrating PV-Wind and solar energy generation in distant locations is proposed in this study wind and solar energy systems are being integrated. The economic and environmental parameters of hybrid energy systems are then compared. A hybrid system comprised of PV and wind. Batteries are used to store the excess energy and as a backup source. This article also establishes analytical guidelines and criteria for three power supply modes based on a yearly load by using HOMER software.
Keywords: Hybrid (Solar (PV) and Wind), Batteries, HOMER, Mitigation of power.
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