调度控制设备的发展:一种确定输电有功限流系数的技术

D. Petrushin, N. S. Chumakov, Daniil I. Kalinin
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引用次数: 0

摘要

本文以高负荷控制区Onda - Kondopoga地区为例,分析了根据《电力系统稳定性导则》实施允许交换容量的效果。除了法规文件的变更外,还提出了对运营信息、控制措施的实际价值和资产负债表状况的相关性的要求。在确定最大允许交换功率值时确定新的依赖项。这使得调度人员在电力模式管理阶段识别限流系数的任务变得复杂。在这项研究中已经确定需要开发新的和改进现有的监测电力模式的工具。作者提出了一种确定允许潮流面积限制因子的方法。所开发的方法可以减少在确定允许有功潮流面积的限制因素时出现错误的可能性。它有利于电力模式管理的快速决策,从而直接影响调度控制中心的主要技术活动。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development of Dispatch Control Facilities: A Technique for Identifying the Current Limitation Factor of Transmitted Active Power
The effect of allowable exchange capacity actualization according to the Guidelines for the Power Systems Stability has been determined The Onda - Kondopoga area was used as an example of the high loaded controlled areas. Requirements for the relevance of operational information, actual values of control actions and balance sheet situation are raised in addition to changes in regulatory documentation. New dependencies are identified in determining the maximum allowable exchange power values. This complicates the task of identifying the current limitation factor by the dispatch office personnel at the stage of electric power mode managing. The need to develop new and refine existing tools for monitoring the electric power mode has been identified in this research. The authors have developed a technique to identify the limiting factor of allowable power flow area. The developed method allows reducing the probability of errors in the identification of the limiting factor of allowable active power flow area. It facilitates rapid decision-making in the management of the electric power mode thus directly affecting the main technological activities of dispatch control centers.
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