电力系统安全稳定控制(一)
sp;intelligent style under frequency and
under voltage load shedding equipment.
The latest research of power system stability control is reviewed firstly in this paper.
Then, the main achievements at control theory and control equipment are introduced. At
the end, the tendency of safety and stability&
After years of research, direct method using transient energy function of power system
has gotten important development, and has become the main method of time-fiend analysis. In chapter 2, basic theories of TEF method are introduced, and the EEAC
method and its application in stability generator tripping control are discussed carefully.
A lot of work still need to be done in order to make practical achievement.
The frequency transient process of multi-generator system is the important basis of under frequency load shedding scheme design.
In this paper, the effects of frequency regulation of generator and load are included on
the basis of linear disturbance model, and system digital simulation research is included
too. According to the characteristics of multi-generator model and results of system digital simulation research, a new design and set
scheme of underfrequency load shedding equipment on the basis of multi-generator system is developed in this paper. Compare
under voltage load shedding equipment.
The latest research of power system stability control is reviewed firstly in this paper.
Then, the main achievements at control theory and control equipment are introduced. At
the end, the tendency of safety and stability&
nbsp;control technology is introduced.
After years of research, direct method using transient energy function of power system
has gotten important development, and has become the main method of time-fiend analysis. In chapter 2, basic theories of TEF method are introduced, and the EEAC
method and its application in stability generator tripping control are discussed carefully.
A lot of work still need to be done in order to make practical achievement.
The frequency transient process of multi-generator system is the important basis of under frequency load shedding scheme design.
In this paper, the effects of frequency regulation of generator and load are included on
the basis of linear disturbance model, and system digital simulation research is included
too. According to the characteristics of multi-generator model and results of system digital simulation research, a new design and set
scheme of underfrequency load shedding equipment on the basis of multi-generator system is developed in this paper. Compare
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