فضل, عبدالله ادريس2025-03-122025-03-12https://dspace.academy.edu.ly/handle/123456789/1470Constantly increasing demand for electricity due to growing population and industrial development is putting power industry on great pressure of increasing the power generation. Increasing demand potentially causes deterioration of the environment due to the combustion of fossil fuels to meet the energy generation needs. Continuing adding new generation capacity while keeping carbon dioxide (CO2) emission at minimum level require extensive modifications to existing power systems. There is great interest at present in expanding the use of distributed generation. Distributed generation (DG) units comprise renewable and non-renewable sources. Wind energy is depending on the injected power from the wind speed. Therefore, fluctuations in wind velocity can affect branch power flows, and network stability. It is widely known that transient stability also is an important aspect in designing and upgrading the electric power system, and angular stability assessment of wind power generator is one of the main issues in power system security and operation.The angular stability for the wind power generator is determined by Critical Clearing Time (CCT).Constantly increasing demand for electricity due to growing population and industrial development is putting power industry on great pressure of increasing the power generation. Increasing demand potentially causes deterioration of the environment due to the combustion of fossil fuels to meet the energy generation needs. Continuing adding new generation capacity while keeping carbon dioxide (CO2) emission at minimum level require extensive modifications to existing power systems. There is great interest at present in expanding the use of distributed generation. Distributed generation (DG) units comprise renewable and non-renewable sources. Wind energy is depending on the injected power from the wind speed. Therefore, fluctuations in wind velocity can affect branch power flows, and network stability. It is widely known that transient stability also is an important aspect in designing and upgrading the electric power system, and angular stability assessment of wind power generator is one of the main issues in power system security and operation.The angular stability for the wind power generator is determined by Critical Clearing Time (CCT).Stability Analysis of Western Network with Connect Wind Energy