Research on Active Power Balance Problem of Power System with Large-Scale Wind Power Connection

HUANG Qiang

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Electric Power Construction ›› 2013, Vol. 34 ›› Issue (4) : 27-31.

Research on Active Power Balance Problem of Power System with Large-Scale Wind Power Connection

HUANG Qiang

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Abstract

Owing to China’s special features in resources distribution, wind power on-grid mode, power composition and power grid structure, China shouldn’t simply draw on experience from developed countries like Europe and America. China should establish our own optimized power balance technology system in accordance with its own characteristics. Through analyzing the inherent characteristics of large-scale wind power, the main modeling methods for the fluctuation and uncertainty of wind power are concluded in this paper. The active power balance problems in the wind-coal-hydro mixed power grid are divided into several sub-problems: mid- and long-term and short-term unit commitment plan, rolling scheduling within one single day, real-time dispatching and so on. Finally, the research status and technical bottlenecks of those sub-problems are analyzed, respectively. The results have reference significance to the study and design of active power balance technology for the multi-time scale power system with large-scale wind power integration.

Key words

power balance / large-scale wind power / unit commitment / multi-time scale / wind power characteristics

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HUANG Qiang. Research on Active Power Balance Problem of Power System with Large-Scale Wind Power Connection[J]. Electric Power Construction. 2013, 34(4): 27-31

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