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Research on remote diagnosis technology of automatic generation control for thermal power unit in ultra-high voltage receiving-end grid

机译:超高压接收端电网火电机组自动发电控制远程诊断技术研究

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The situation of automatic generation control(AGC) in ultra-high voltage(UHV) receiving-end grid has changed greatly, and it is necessary to develop on-line monitoring and remote diagnosis technology to solve new AGC control problems. Through the construction of generation-grid integrated data platform of Shandong power system, online running data of sixteen typical thermal power units are accessed. Based on real-time data, a mathematical model of the thermal power generating unit is established, and internal model control strategy is adopted to tune AGC control loop parameters for remote diagnosis. Finally, the effectiveness and practicability of the control strategy are verified by the application on a typical 300 MW power unit.
机译:超高压(UHV)接收端电网的自动发电控制(AGC)情况发生了很大变化,有必要开发在线监测和远程诊断技术以解决新的AGC控制问题。通过构建山东电网的发电-电网综合数据平台,可以访问十六个典型火电机组的在线运行数据。基于实时数据,建立了火电机组的数学模型,并采用内部模型控制策略对AGC控制回路参数进行了调整,以进行远程诊断。最后,通过在典型的300 MW机组上的应用验证了该控制策略的有效性和实用性。

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