More than a billion people do not have access o electricity, so it is important to find ways to generate power close to where they live. Hybrid energy systems can be made and used to generate electricity for homes and businesses that are not connected to national or regional power grids. Hybrid energy systems yield greater environmental and economic returns than stand-alone geothermal, solar, wind, or bigenerational systems. The goal of this paper is to simulate a hybrid power system for COMSATS University in Islamabad that is both technically and economically feasible and plays a big part to support clean energy production and safeguard the environment from toxic emissions. This paper provides a case study of COMSATS University Islamabad. The results showed that a hybrid system with a grid and a wind turbine that produced 1 MWh/yr was the best option. This study also provides a cost summary of PV panels, batteries, diesel generators, capital value, replacement, operation and maintenance (OM), fuel cost, and salvage value in dollars. In this study, a hybrid power system is designed that can provide us with a detailed analysis of power generation and consumption for the case study.