Construction of Dynamic Fluctuation Load Model and Simulation with AFC-control of BTB Interconnection
Construction of Dynamic Fluctuation Load Model and Simulation with AFC-control of BTB Interconnection
复制标题
BTB互连动态脉动负载模型的构建及AFC控制仿真
DOI：
10.1541/ieejpes1990.120.7_954
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发表时间：
2000
影响因子：
--
通讯作者：
T. Oishi
中科院分区：
文献类型：
--
作者：
T. Michigami;T. Oishi
BTB有功潮流的AFC控制，这是在北陆交流电力系统和日本中部和西部的电力系统的其余部分的频率偏差的相位，可以有效地减少频率波动。本文第一部分介绍了真实的大规模电力系统波动负荷的试验测量结果，并根据试验结果推导出动态波动负荷模型。然后，我们使用我们在MATLAB中的模型，通过静态和动态计算模拟来分析这种AFC控制在减少两个交流电力系统频率波动方面的有效性。仿真分析表明，AFC控制对BTB有功功率的频率波动抑制效果取决于与BTB系统互联的交流电力系统的容量规模。我们进行了这些计算的电力系统的不同状态，代表夏季高峰，冬季高峰，典型的春季高峰，夏季夜间条件。我们证实，频率波动可以显着减少在一个较小的容量的电力系统，通过设置一个较大的AFC增益。© 2001 Scripta Technica，Electr Eng Jpn，136（4）：15-25，2001
AFC control of BTB active power flow, which is in phase with frequency deviations both in the Hokuriku AC power system and in the rest of the power system of central and western Japan, can effectively reduce frequency fluctuations. In the first section of this paper, test measurements of real large-scale power system fluctuation loads are presented and a dynamic fluctuation load model is derived from a study of the test results. We then analyze the effectiveness of this AFC control in reducing frequency fluctuations in the two AC power systems by static and dynamic computational simulations, using our model in MATLAB. Our simulation analyses reveal that the effectiveness of frequency fluctuation reduction by AFC control on BTB active power depends on the capacity scale of the AC power system interconnected with the BTB system. We performed these computations for different states of the power systems, representing summer peak, winter peak, typical spring peak, and summer night conditions. We confirmed that frequency fluctuations can be significantly reduced in a smaller capacity power system by setting a larger AFC gain. © 2001 Scripta Technica, Electr Eng Jpn, 136(4): 15–25, 2001