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An Efficient Implementation of Decentralized Optimal Power Flow
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 Title & Authors
An Efficient Implementation of Decentralized Optimal Power Flow
Kim, Balho H.;
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In this study, we present an approach to parallelizing OPF that is suitable for distributed implementation and is applicable to very large inter-connected power systems. The approach could be used by utilities for optimal economy interchange without disclosing details of their operating costs to competitors. It could also be used to solve several other computational tasks, such as state estimation and power flow, in a distributed manner. The proposed algorithm was demonstrated with several case study systems.
Parallel optimal power flow;Predictor-corrector proximal multiplier method;Regional decomposition;
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