Power Grid Emergency Order Evaluation Index System and Analytical Model

Hou Dong Xu; Pu Yu He; Shu Xiang Wang; Chuang Deng; Wei Dong Zheng; Sheng Wei Wang

doi:10.4028/www.scientific.net/AMM.521.516

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The Plan for Distribution Network Maintenance Based on Psobc
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Study on Distributed Power Location Optimization in Distribution Network of Power System
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Distribution Network Reliability Calculation Base on Improved Minimal Path Method
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Analysis on Thermal Economy and Peak-Shaving Capability for Combined Heat and Power (CHP) Unit in Varying Operating Conditions
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Power Grid Emergency Order Evaluation Index System and Analytical Model
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Power Transmission and Transformation Project Establishing and Decision-Making Based on ASU-MOPSO Algorithm
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Grid-Connected Nuclear Power Plant Key Issues Summary
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Review of Materials and Environment Management for Solar Thermal Collectors
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Micromagnetic Simulation of Magnetic Structure in an Exchange-Coupled Trilayer
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HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 521Power Grid Emergency Order Evaluation Index System...

Power Grid Emergency Order Evaluation Index System and Analytical Model

Abstract:

The demand of electricity is growing fast in recent years, the electricity supply situation was tense especially in summer and winter, power emergency brownouts as effective measures to ease power tensions, has become an important part of demand-side management. Grid Emergency-order arrangement affects the scheduling and reliability of electricity, but also directly affects the user's production and life. This article establishes a grid emergency order bit of evaluation index system from the angle of environment, resources, economy and user perspective, and uses the normalization and AHP analysis to empower indexes.