statcom造句

• In this chapter, mathematical model of a single machine infinite bus power system installed with statcom and svc is derived . 3 ) the possibility of the negative interactions among statcom controllers and svc controller in this smib power system is analyzed by using the rga method, and the time-domain simulation results demonstrate the analyzed results
  以这个单机无穷大系统为研究对象，应用相对增益矩阵(rga，relativegainarray)方法分析了statcom控制和svc控制器之间存在着负交互影响的可能性，并通过仿真实例验证了rga方法分析结果的正确性。
• This paper also studies an hvdc system based on leee fbm, a svc system based on ieee fbm and a statcom system based on ieee fbm . it proves the function of supplementare subsynchronous damping controller ( ssdc ) in the above devices to mitigate ssr . it also analyzes the influence of input signal of ssdc on ssr mitigation, tdeng hvdc as an example
  在psasp小干扰线性化平台psaspaisst上，对基于ieeefbm的hvdc系统、基于ieeefbm的svc系统和基于ieeefbm的statcom系统分别进行了ssr小干扰稳定分析，验证了在这些装置中安装次同步振荡阻尼器（ssdc）对r的抑制作用，并以hvdc为例，研究了ssdc输入信号对其抑制ssr的影响。
• A novel strategy combined the fuzzy logic of linear multivariable feedback control to design a controller of statcom to meet the multi-objective demands of power systems is also proposed in this dissertation, and the controller is designed with this strategy, because of variational element, nonlinearity and multi-objective controlling demands of statcom, this paper designs the controller respectively aimed at continuous linear control for voltage maintaining, oscillation damping, improving the transient stability
  根据电力系统变参数、非线性以及对控制要求多目标的特点，本文针对维持系统节点电压、阻尼系统振荡、提高系统暂态稳定性能等不同控制目标分别设计了控制器，然后将模糊逻辑和多状态线性反馈相结合，提出了一种能满足电力系统多目标要求的控制方法，并用该控制方法为statcom设计了控制器。
• A novel strategy combined the fuzzy logic of linear multivariable feedback control to design a controller of statcom to meet the multi-objective demands of power systems is also proposed in this dissertation, and the controller is designed with this strategy, because of variational element, nonlinearity and multi-objective controlling demands of statcom, this paper designs the controller respectively aimed at continuous linear control for voltage maintaining, oscillation damping, improving the transient stability
  根据电力系统变参数、非线性以及对控制要求多目标的特点，本文针对维持系统节点电压、阻尼系统振荡、提高系统暂态稳定性能等不同控制目标分别设计了控制器，然后将模糊逻辑和多状态线性反馈相结合，提出了一种能满足电力系统多目标要求的控制方法，并用该控制方法为statcom设计了控制器。