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Unit commitment in deregulated power system using Lagrangian firefly algorithm

机译:拉格朗日萤火虫算法在解除管制的电力系统中的机组承诺

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Profit Unit commitment in deregulated power system has a different objective than that of traditional unit commitment. PBUC has been performed to emphasize the importance of the profit‥The distinct feature of PBUC is that all market information is reflected in the market price. This paper presents a solution for profit based unit commitment by the use of Lagrangian firefly algorithm. The profit based unit commitment (PBUC) solution is developed to determine the unit ON/OFF schedule, power, spinning and non-spinning reserve generations of GENCOs taking part in the competition. The resultant schedule evidently maximizes the profit and the proposed algorithm is tested for a small unit test system with 3 unit 4 hour data and the simulations are carried out to show the performance of proposed methodology using MATLAB. The proposed algorithm can be extended to ‘n’ number of generating units.
机译:解除管制的电力系统中的利润单位承诺的目标与传统单位承诺的目标不同。 PBUC的执行是为了强调利润的重要性。PBUC的显着特征是所有市场信息都反映在市场价格中。本文提出了一种使用拉格朗日萤火虫算法的基于利润的单位承诺的解决方案。开发了基于利润的单位承诺(PBUC)解决方案,以确定参加比赛的GENCO的单位开/关时间表,功率,旋转和非旋转备用发电量。所产生的进度表显然使利润最大化,并且针对具有3个单元4小时数据的小型单元测试系统对所提出的算法进行了测试,并进行了仿真,以显示所提出方法在MATLAB中的性能。提议的算法可以扩展为n个发电单元。

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