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Trace most sensitive power transaction for optimized value of Available Transfer Capability with a combined approach of artificial intelligent techniques and statistical model analysis

机译:跟踪最敏感的电力交易,以优化可用传输能力的优化价值,采用人工智能技术的组合方法和统计模型分析

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The optimized value of Available Transmission Capability calculation is noisy (Imperfect) with the help of Roulette Wheel Selection Based Genetic algorithm. To overcome this noisy fitness problem, Tournament Selection Based Genetic algorithm is proposed in this paper. The Random Transactions are to be made between sources to destination node to evaluate the optimized value of Available Transmission Capability. The objective function taken here is to maximize the value of Available Transmission Capability of power line with the secured transactions. In this proposed methodology, dataset of the Transactions and value of ATC can be used to frame statistical model with regression analysis. One can predict most sensitive transaction among all transactions with this statistical model analysis. A more reliable transmission system with utmost safety can be obtained. The projected method is applied to an IEEE 30 bus test system.
机译:随着轮盘赌的基于轮子选择的遗传算法,可用传输能力计算的优化值是嘈杂的(不完美的)。为了克服这种嘈杂的健康问题,本文提出了基于锦标赛选择的遗传算法。随机事务将在源到目标节点之间进行,以评估可用传输能力的优化值。这里采取的目标函数是通过安全交易最大化电力线的可用传输能力的值。在这一提出的方法中,ATC的事务和值的数据集可用于帧统计模型与回归分析。可以通过这种统计模型分析预测所有交易中最敏感的交易。可以获得具有最大安全性的更可靠的传输系统。预计的方法应用于IEEE 30总线测试系统。

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