Abstract
AbstractThe paper summarizes the results of a recent industry supported research and development study in which a novel framework for evaluating meaningful power system reliability and quality indices was developed and applied. The system‐wide integrated performance indices are capable of addressing and revealing areas of deficiencies and bottle‐necks as well as redundancies in the composite generation–transmission–demand structure of large‐scale power grids. The novel technique utilizes a basic linear programming formulation, which offers a general and comprehensive framework to assess the harmony and compatibility of generation, transmission, and demand in a power system. Practical application to a portion of the Saudi power grid is also presented in the paper for demonstration purposes. Copyright © 2010 John Wiley & Sons, Ltd.
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