Chapter 4 discusses the voltage-control functions of an SVC and illustrates the basic procedure for designing the voltage controller.
第四章讨论了SVC的电压控制功能和设计SVC电压控制器的过程。
The control system consists of two current controllers using ADRC and one voltage controller based on differential coefficient detection.
控制系统包括两个采用ADRC的电流控制器和一个基于“微分检测”的电压控制器。
Because in sintering furnace the ac voltage controller with thyristor phase-control technology is used, so it is a typical harmonic-producing load.
烧结炉采用了晶闸管相控交流调压技术，属典型的谐波源负荷。
Based on the identification model, an adaptive fuzzy neural networks voltage controller was designed. The parameters of the controller are regulated by adopting the novel BP algorithm.
基于该辨识模型，设计了一个自适应模糊神经电压控制器，其参数采用改进的BP算法进行在线修正。
The result of simulation shows that the proposed variable structure controller can improve dynamic characteristics of system more effectively in contrast to conventional voltage controller of SVC.
仿真结果表明：与常规电压型SVC控制器相比，SVC变结构控制器能有效地改善系统的动态特性。
Voltage controller was designed by adding a pole to the PI regulator.
采用PI调节器加极点的方式，设计出电压环调节器。
Voltage controller was designed by adding a pole to the PI regulator.
采用PI调节器加极点的方式，设计出电压环调节器。
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