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Renewable energy integration with the power systems will change the power systems in many ways. Renewable resources in remote areas will trigger extensive transmission upgrades to deliver green energy to the load centers. The intermittent and non-dispatchable characteristics of the renewable resources will impact both long-term system adequacy and real-time system security. Uncertainty of the development...
North American Electric Reliability Corporation (NERC) and each regional reliability coordinator such as Western Electricity Coordinating Council (WECC) have created planning standards that define the scope of transmission planning study and the criteria of assessing stability. Transmission planning study identifies transmission upgrades to meet these criteria. In a transmission planning study, however,...
This paper provides a summary of the application of California ISO approach in evaluating economic benefit of the Sunrise Powerlink transmission project, which was proposed by San Diego Gas & Electric Company (SDG&E). The California ISO (CAISO) applied its Transmission Economic Assessment Methodology (TEAM) in its original evaluation of the economic benefits of the Sunrise Powerlink Project...
This paper provides a summary of the various tools that have been considered and utilized by the engineers at the California Independent System Operator (CAISO) in transmission expansion planning and operational studies. The tools described herein are typical but not limited for use in reliability and economic evaluation of transmission systems. It is not the intention of the CAISO engineers to endorse...
Quantitative transmission system reliability is a prerequisite in transmission system planning and operating that supplying industrial and commercial customer loads. A utility industry traditionally has relied on a set of deterministic criteria such as the widely used N-1 criterion to guide transmission planning supplying all customer types, e. g., residential, agricultural, commercial, industrial...
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