基于颗粒计算的大电网经济调度研究

Xueping Li, Liangxing Fang
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引用次数: 6

摘要

颗粒计算作为一种新兴的、快速发展的信息处理范式,吸引了众多的研究者和实践者。采用颗粒计算方法,可以将大型电网分解成不同粒度的颗粒。在此基础上,建立了层次商空间模型,便于在商空间中快速选择合适的颗粒,从而找到不同情况下的最优潮流。从而降低了解决问题过程的复杂性。在粒化过程中考虑了网络拓扑,对网络拓扑进行等效简化可以加快计算速度。
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Research on economic dispatch of large power grid based on granular computing
Granular computing, as a new and rapidly growing paradigm of information processing, has attracted many researchers and practitioners. The large power grid could be decomposed into particles with different granularity according to granular computing method. Based on this, a hierarchical quotient space model could be built, so it would be convenient to choose the proper granule in the quotient space rapidly to find the optimal power flow under different circumstances. Thereby reducing the complexity of problem solving processes. The network topology is taken into consideration during the process of granulation, so the equivalent simplification of the network topology can accelerate the calculation speed.
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