他通道的交互影响作用而减小。最后采用 MINC 方法设计了 SSSC 与 SVC 的协调控制器,仿真结果表明控制器能够全局协调控制 SSSC 与 SVC,有效的解决了两者的交互影响问题,对多 FACTS 设备的协调控制研究提供了新的研究思路。 关键词:灵活交流输电技术静止同步串联补偿器多指标非线性控制交互影响相对增益矩阵协调控制 RESEARCH ON THE MULTI INDEX NONLINEAR CONTROL FOR STATIC SYNCHRONOUS SERIES COMPENSATOR ABSTRACT With the development of the modern society, there is an increasing demand for electricity, which brings about a large capacity, long distance and extra-high voltage of the power system. The variety energy work topology structure of the modern power system puts forward higher requirements for the safe and stable operation of the power grid. ing of the Flexible AC Transmission System (FACTS) solved the problems of improving the transmission lines’ capacity and strengthening the stability of the power system. Static Synchronous pensator (SSSC), as the one of the most prospect application pensator member of FACTS, which is added a controlled voltage source to the transmission line by the voltage type converter, could improves the transmission power of lines, suppressions the system power oscillation and guarantees the safe and stable operation of power system. pensation characteristic of SSSC to system is determined by its internal controller, whose output performance directly affects pensation of SSSC. In addition, as more and more FACTS equipment put into operation to the grid, which is bound to cause more interaction among FACTS controllers that would endanger the safe and stable operation of power system. Therefore, it is a practical engineering significance research work to investigation the interaction between FACTS device and coordinate control their controller from the global system. To solve the control strategy of SSSC, a coordinate controller consisted of SSSC and generator excitation model was given in this paper. The nonlinear dynamic model of SSSC was formed by its basic structural features and operation principle. The controller was based on a single machine infinite bus power system and
