Dynamic behavior of a 2 variable speed pump-turbine power plant

Y. Pannatier, C. Nicolet, B. Kawkabani, J. Simond, P. Allenbach
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引用次数: 16

Abstract

This paper presents the modeling, simulation and analysis of the dynamic behavior of a fictitious 2times320 MW variable speed pump-turbine power plant including hydraulic system, electrical equipments, rotating inertias and control systems using the software SIMSEN. First, the modeling of hydraulic and electrical components of the power plant is presented. Then the pseudo continuous approximation is introduced. It consists in a simplification of the electrical part of the power plant. Thanks to this simplification, simulation time can be reduced drastically (~ factor 60). The complete and simplified models are compared by simulation and the validity of the pseudo continuous approximation is discussed. Finally two control strategies in generating mode are implemented and compared by simulation.
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2级变速泵-水轮机动力装置的动态特性
本文利用SIMSEN软件对某虚拟2times320mw变速泵-水轮机发电厂的液压系统、电气设备、转动惯量和控制系统进行了建模、仿真和动态特性分析。首先,对电厂的液压和电气元件进行了建模。然后引入了伪连续逼近。它包括对发电厂电气部分的简化。由于这种简化,模拟时间可以大大减少(约60倍)。通过仿真比较了完整模型和简化模型,讨论了伪连续逼近的有效性。最后实现了两种生成模式下的控制策略,并进行了仿真比较。
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