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New Multi-objective Optimization Problem for Secure Bilateral Transaction Determination with UPFC in Hybrid Electricity Markets

机译:混合电力市场中基于UPFC的安全双边交易确定的新多目标优化问题

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This article proposes a new multi-objective non-linear optimization problem for secure bilateral transaction determination using AC distribution factors for pool and bilateral coordinated markets. The new multi-objective optimization problem considers minimization of deviations from scheduled transactions and real power losses in the network. The bilateral transaction matrix and generation pattern has been determined in the presence of optimally located unified power-flow controller. The results have also been compared with the secure bilateral transaction determination, minimizing only deviations from the proposed transactions. The proposed technique has been applied on an IEEE 24-bus reliability test system.
机译:本文提出了一个新的多目标非线性优化问题,该问题用于使用池和双边协调市场的AC分配因子来确定双边交易。新的多目标优化问题考虑了与计划交易的偏差和网络中的实际功率损耗的最小化。双边交易矩阵和生成模式已在存在最优位置的统一潮流控制器的情况下确定。还将结果与安全的双边交易确定进行了比较,从而最大程度地减少了与拟议交易的偏差。所提出的技术已应用于IEEE 24总线可靠性测试系统。

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