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Khaniya, D. (2008) Development of Three Phase Continuation Power Flow for Voltage Stability Analysis of Distribution System. Degree of Master of Science, Mississippi State University, Starkville.

has been cited by the following article:

• TITLE: Investigation of Connecting Wind Turbine to Radial Distribution System on Voltage Stability Using SI Index and λ - V Curves

  AUTHORS: Gamal Abd El-Azeem Mahmoud, Eyad Saeed Solimanx Oda

  KEYWORDS: Power Loss, Radial Distribution System, Si Index, Voltage Stability, Optimal Size and Location of Wind Turbine

  JOURNAL NAME: Smart Grid and Renewable Energy, Vol.7 No.1, January 28, 2016

  ABSTRACT: The growth of wind energy penetration level in distribution system raises the concern about its impact on the operation of the power system, especially voltage stability and power loss. Among the major concerns, this paper studied the impact of connecting wind Turbine (WT) in radial distribution system with different penetration levels and different power factor (lead and lag) on power system voltage stability and power loss reduction. Load flow calculation was carried out using forward-backward sweep method. The analysis proceeds on 9- and 33-bus radial distribution systems. Results show that voltage stability enhancement and power loss reduction should be considered as WT installation objective.