电力系统安全稳定控制(一)
p;advanced the characteristics of under frequency load shedding equipment
and its adaptively to power system running style.
As a way to actualize this scheme, a new intelligent style under frequency and
Under voltage load shedding equipment on the basis of microcomputer is developed in
this paper. In chapter 4, the improved algorithm of frequency measurement, the method
of load shedding according to power, and the key technology of software and hardware
structure are introduced in detail. At the end, the physical simulation results of this
equipment are
KEY WORDS:
power system stability control under-frequency and under-voltage load shedding
transient energy function extended equal area criterion
generator tripping frequency dynamical process
load shedding according to power frequency simulation Algorithm
目 录
摘要
ABSTRACT
第一章 绪论 (1)
§1-1 引言 (1)
§1-2 安全稳定控制研究现状 &nbs 《电力系统安全稳定控制(一)(第3页)》
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and its adaptively to power system running style.
As a way to actualize this scheme, a new intelligent style under frequency and
Under voltage load shedding equipment on the basis of microcomputer is developed in
this paper. In chapter 4, the improved algorithm of frequency measurement, the method
of load shedding according to power, and the key technology of software and hardware
structure are introduced in detail. At the end, the physical simulation results of this
equipment are
listed.
KEY WORDS:
power system stability control under-frequency and under-voltage load shedding
transient energy function extended equal area criterion
generator tripping frequency dynamical process
load shedding according to power frequency simulation Algorithm
目 录
摘要
ABSTRACT
第一章 绪论 (1)
§1-1 引言 (1)
§1-2 安全稳定控制研究现状 &nbs 《电力系统安全稳定控制(一)(第3页)》