Applying network window schema and a simulated annealing technique to optimal VAR planning in large-scale power systems
Author:
Publisher
Elsevier BV
Subject
Electrical and Electronic Engineering,Energy Engineering and Power Technology
Reference16 articles.
1. Optimum network VAR planning by nonlinear programming;Sachdeva;IEEE Trans Power Apparat Syst,1973
2. Nonlinear VAR optimization using decomposition and coordination;Mansour;IEEE Trans Power Apparat Syst,1984
3. Large scale reactive power planning;Fernandes;IEEE Trans Power Apparat Syst,1983
4. Optimal power system VAR planning;Opoku;IEEE Trans Power Apparat Syst,1990
5. Optimal reactive power allocation for improved system performance;Rama Iyer;IEEE Trans Power Apparat Syst,1984
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