Indian Journal of Science and Technology
Year: 2017, Volume: 10, Issue: 7, Pages: 1-6
Ali Abdullah Ali, Ahmed N. Abdalla and R. Ishat*
*Author for the correspondence:
Department of Engineering Technology, Faculty of Engineering, Universiti Malaysia, Gambang - 26300, Pahang, Malaysia;
E-mail: [email protected]
Background: Typical steady state studies always treat the peak power demands as the worst case conditions. Periods of light load area also critical in the assessment of the possible state of a power system. While heavy load conditions are generally associated with overload, low voltage and generation deficiency, light load conditions may give rise to over-voltage and undesirable reactive power requirements at generation side. Method: This paper focus on study the effect of DG Optimizing on overload Transmission line Stability. The system dispatch constraints should be taken into account to compensate for varying DG generation output and to enhance the operational performance of power systems. Findings: This dispatching operation depends on the change of DG generation and the dispatching strategy. The impact of DG generation uncertainty is limited with the generation dispatching operation and should not be neglected in system analysis. Application: distributed generators based wind turbine to investigate the effect of DG on Transmission line stability.
Keywords: DG (Distributed Generators), Line Stability, Overload
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