Type of Document Dissertation Author Khatib, Abdel Rahman Amin Author's Email Address firstname.lastname@example.org URN etd-08092002-161012 Title Internet-based Wide Area Measurement Applications in Deregulated Power Systems Degree PhD Department Electrical and Computer Engineering Advisory Committee
Advisor Name Title Liu, Yilu Committee Chair Phadke, Arun G. Committee Chair Adjerid, Slimane Committee Member De La Ree Lopez, Jaime Committee Member Mili, Lamine M. Committee Member Riad, Sedki Mohamed Committee Member Keywords
- Total transfer capability
- Linear sensitivity analysis
- State estimation
- Wide area information sharing
Date of Defense 2002-07-18 Availability unrestricted AbstractInternet-Based Wide Area Measurement Applications
in Deregulated Power Systems
Abdel-Rahman Amin Khatib
Since the deregulation of power systems was started in 1989 in the UK, many countries have been motivated to undergo deregulation. The United State started deregulation in the energy sector in California back in 1996. Since that time many other states have also started the deregulation procedures in different utilities. Most of the deregulation market in the United States now is in the wholesale market area, however, the retail market is still undergoing changes.
Deregulation has many impacts on power system network operation and control. The number of power transactions among the utilities has increased and many Independent Power Producers (IPPs) now have a rich market for competition especially in the green power market. The Federal Energy Regulatory Commission (FERC) called upon utilities to develop the Regional Transmission Organization (RTO). The RTO is a step toward the national transmission grid. RTO is an independent entity that will operate the transmission system in a large region. The main goal of forming RTOs is to increase the operation efficiency of the power network under the impact of the deregulated market.
The objective of this work is to study Internet based Wide Area Information Sharing (WAIS) applications in the deregulated power system. The study is the first step toward building a national transmission grid picture using information sharing among utilities. Two main topics are covered as applications for the WAIS in the deregulated power system, state estimation and Total Transfer Capability (TTC) calculations. As a first step for building this national transmission grid picture, WAIS and the level of information sharing of the state estimation calculations have been discussed. WAIS impacts to the TTC calculations are also covered. A new technique to update the TTC using on line measurements based on WAIS created by sharing state estimation is presented.
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