A Cost-Minimizing Approach for Coordinating Short-Term Unit Outages
Khanh-Duy Le, John Day, J. D. Mitchell, W. D. Ball
Abstract
Khanh-Duy Le, John Day, J. D. Mitchell, W. D. Ball
Abstract
"How should outages of generating units be coordinated to minimize the total system production costs?" To help answer this question, the control staff at Virginia Electric and Power Company (VEPCO) has been using a unit-commitment program that has a global-optimization capability. The purpose of this paper is to review the outage-coordination problem from a system operator's perspective, describe a method that is currently used at VEPCO to coordinate short-term unit outages, and present actual case studies to illustrate practical applications.
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"How should outages of generating units be coordinated to minimize the total system production costs?" To help answer this question, the control staff at Virginia Electric and Power Company (VEPCO) has been using a unit-commitment program that has a global-optimization capability. The purpose of this paper is to review the outage-coordination problem from a system operator's perspective, describe a method that is currently used at VEPCO to coordinate short-term unit outages, and present actual case studies to illustrate practical applications.
Key concepts: Term (time), Electric power system, Power system simulation, Reliability engineering, Unit (ring theory), Operator (biology), Computer science, Operations research