以装有多个静态无功补偿器的新英格兰系统为例进行数字仿真研究，验证了控制策略的有效性和灵活性。
The simulation results of the classic New England system equipped with several static var compensators(SVC) show the effectiveness and flexibility of the control scheme.
使用ANSYS软件对设计的轴向补偿器采用静态电磁场进行了有限元分析。
ANSYS software is used to design the axial compensator using the static electromagnetic field finite element analysis is carried out.
一个T-S模型规则库也可以用来描述一个静态预测增益器或动态补偿器。
T-S fuzzy model's rules also can be used to describe a static forecast gainer or a dynamic compensator.
在安装新型静态无功补偿器(svc)的变电站，其电磁兼容环境需要重新评估，以提出足够的电磁抗扰性措施。
The electromagnetic compatible environments in substations installed with new SVC devices need to be re-evaluated, to provide sufficient immunity measures.
采用本文提出的电阻补偿器，可对系统产生的静态误差作完全补偿。
With a resistance compensator proposed in this paper, the static error produced by the system can be completely compensated.
采用本文提出的电阻补偿器，可对系统产生的静态误差作完全补偿。
With a resistance compensator proposed in this paper, the static error produced by the system can be completely compensated.
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