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Research on Predictive Control Base on Synchronous Generator Excitation Controller

Author: XuShaoXuan
Tutor: ZhaoHongShan
School: North China Electric Power University
Course: Proceedings of the
Keywords: Model Predictive Control Excitation Control Segmented approximation MPC Toolbox
CLC: TM31
Type: Master's thesis
Year: 2011
Downloads: 56
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Abstract


Generator excitation control technological progress is closely related with the development of the control theory . In this paper, model predictive control theory applied to the design of a synchronous generator excitation control , research work and the results obtained are as follows : generator excitation control system in power system , summed up the generator excitation control research and development and the status quo ; introduces the basic principles, characteristics predictive control theory and nonlinear predictive control method ; predictive control of this thesis are two ways to achieve a synchronous generator excitation : First, the classic method of Lyapunov linearization of non-linear model of the synchronous generator , the MATLAB model predictive control toolbox requirements to establish state-space model , and then use the model predictive control toolbox simulation . Second , a new nonlinear predictive control ideas - segmented approximation control strategy . By the use of a polygonal approximation to calculate the area of ??a circle of revelation unlimited sampling time accordingly segments enough , as long as the number of sections , each short simply forecast by rolling forecast , you can get more accurate predict value. The simulation results show that these two methods can achieve good control effect .

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CLC: > Industrial Technology > Electrotechnical > Motor > Generators, large the generator group ( Zonglun,)
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