infinite bus meaning in Chinese
无限大容量母线
无限汇流排
Examples
- In current power system , there is few typical " single generator infinite bus system " modal . that local stability control used in one plant or transformer substation can solve stability problem of the network is impossible
在现代电网中已经难以找到“单机一无穷大”的典型模式，在一个厂站用“就地稳定控制”的方法能够解决电网稳定问题的情况也已经很少。 - A six - order dynamic model is established for a single - machine infinite bus system with parallel ac / dc transmission lines , in which the dynamic regulating process of the generator and hvdc are considered comprehensively , and the excitation controller is neglected
基于单机无穷大交直流并联系统,忽略励磁控制器,综合考虑发电机和直流输电系统的动态调节过程,建立六阶动态模型。 - Results of simulation based on a single machine to infinite bus system show that the controller has better performance than traditional pi controller in the power system , and makes statcom exert its control effect sufficiently under any circumstance
以单机无穷大系统为例进行仿真的结果证明了所设计多目标控制方法优于pi控制方法，使statcom在任何状态下均能充分发挥其控制效果。 - The main works are organized as follows : a nine - order dynamic model is established for a single - machine infinite bus system with parallel ac / dc transmission lines , in which the dynamic regulating process of the generator , excitation controller and hvdc are considered comprehensively
论文的主要内容包括:基于单机无穷大交直流并联系统,综合考虑发电机、励磁控制器和直流输电系统的动态调节过程,建立九阶动态模型。 - In this paper the method of inverse system and ath - order inverse system are introduced , then it studies the application of the method of inverse system and supervised neural controller in the excitation controlling of one machine infinite bus power system . after introducing the method of ann a th - order inverse system it studies its application in the excitation controlling of one machine system . at last as t the emphasis of this paper , combining the theory of multi - machine decentralized and coordinated control , the method of ann ath - order inverse system is studied how to be used in the excitation control of multi - machine power system
本文首先介绍了逆系统和阶积分逆系统理论，接着研究了逆系统方法和神经网络监督学习控制理论在单机?无穷大系统励磁控制的综合应用；然后在介绍了神经网络阶逆系统控制理论后，研究了神经网络逆系统方法在单机?无穷大系统励磁控制中的应用；最后作为本文研究重点，首次将神经网络逆系统方法应用于多机电力系统稳定控制，研究了神经网络逆系统方法在多机系统励磁控制中的应用情况，并结合多机系统最优分散协调控制理论，设计出基于神经网络逆系统方法的多机电力系统分散协调励磁控制器，进行了控制系统仿真和效果分析。