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Modeling of Steam Turbine and its Governor of a Thermal Power Plant

机译:火力发电厂汽轮机及其调速器的建模

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The availability of inexpensive base load power from independent power producer has caused electric utilities to cycle their large steam turbines in an effort to reduce overall generation cost. Over the years, it has not been possible to accurately simulate the frequency response of a power station when large generators trip. Comparisons of disturbance monitoring records and their simulation using modeling have shown this discrepancy. The principal reason for this large discrepancy was that a large percentage of thermal unit turbines and governors were not properly modeled. This article develops a new turbine-Governor modeling and simulation technique of a steam-Turbine including the creation of system database based on disturbance monitoring and supervision control and data acquisition recording. This resulted in prediction of response with greater accuracy.
机译:来自独立发电商的廉价基础负载电源的可用性已导致电力公司对其大型蒸汽轮机进行循环,以降低总体发电成本。多年来,当大型发电机跳闸时,不可能精确地模拟电站的频率响应。干扰监测记录的比较以及使用建模进行的模拟显示了这种差异。造成这种巨大差异的主要原因是,大量的热力单元涡轮机和调速器没有正确建模。本文开发了一种新的汽轮机汽轮机总管建模与仿真技术,其中包括基于扰动监测与监督控制以及数据采集记录创建系统数据库。这样可以更准确地预测响应。

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