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汽轮发电机非线性协调滑模稳定控制
引用本文:杜继伟.汽轮发电机非线性协调滑模稳定控制[J].电力科学与技术学报,2011(3):90-95.
作者姓名:杜继伟
作者单位:四川省电力公司遂宁公司
摘    要:汽轮发电机的励磁系统、汽门控制系统以及灵活交流输电系统(FACTS)的成员对电力系统的稳定性有很大的影响.针对含有FACTS(TCSC/SVC)的单机无穷大输电系统提出一种新型的励磁、汽门和FACTS的协调控制器,从而提高了电力系统的稳定性.在反馈线性化理论的基础上,该协调控制器对包含可控串联补偿( TCSC)、静止无...

关 键 词:可控串联补偿(TCSC)  静止无功补偿器(SVC)  励磁  汽门  非线性滑模控制  稳定性

Stabilty control with nonlinear coordinated sliding mode for steam-turbine generators
DU Ji-wei.Stabilty control with nonlinear coordinated sliding mode for steam-turbine generators[J].JOurnal of Electric Power Science And Technology,2011(3):90-95.
Authors:DU Ji-wei
Affiliation:DU Ji-wei(Sichuan Power Electric Corporation Suining Breach,Suining 629000,China)
Abstract:The stability of power system is greatly influenced by the operation of excitation system、steam valving control system and FACTS controllers(such as: TCSC/SVC).In order to improve the stability of power system,a novel coordinated conroller used in a single machine infinite system is proposed for Steam-turbine Generator excitation、steam valving and FACTS(TCSC/SVC) in this paper The muti-output and input nonlinear mathematic modeling,which includes nonlinear FACTS,SVC,excitation and steam valving,is exactly linearized via state feedback.And the quasi-linearized system is controlled by sliding model control mathod.Simulation results show that the novel coordinated controller gives better dynamic response and stronger robustness.
Keywords:TCSC  SVC  excitation  steam valving  nonlinear sliding mode control  stability
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