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Wide-area optimal damping control system research with grid and generators coordination

机译:电网与发电机协调的广域最优阻尼控制系统研究

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Due to the large number of renewable energy, the small disturbance stability of power system has drawn great concern. In order to damp small disturbance oscillation effectively, based on hierarchical control theory, the complex various power system control systems have been coordinated, and the Wide-area Optimal Damping Control System has been set up. In this system, the damping of the power system is taken as the index of the event, and the generation of the event is used as the driving force to control the system. The system can effectively solve the interaction between the AGC system and AVC system by means of the cross-iteration method, and realize the optimal control of these control systems. The IEEE system has been simulated under various operating states and the results show that the WODCS can effectively eliminate the weak damping mode of the system, and realized the optimal coordination.
机译:由于可再生能源的大量使用,电力系统的小扰动稳定性备受关注。为了有效地抑制小扰动振荡,基于分层控制理论,对复杂的各种电力系统控制系统进行了协调,并建立了广域最优阻尼控制系统。在该系统中,将电力系统的阻尼作为事件的指标,并将事件的发生用作控制系统的驱动力。该系统可以通过交叉迭代的方法有效地解决AGC系统与AVC系统之间的相互作用,实现对这些控制系统的最优控制。在各种工作状态下对IEEE系统进行了仿真,结果表明WODCS可以有效消除系统的弱阻尼模式,实现最佳的协调。

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