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Damping torque analysis of energy storage system control in a multi-machine power system

机译:多机动力系统中储能系统控制的阻尼转矩分析

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This paper presents the damping torque analysis of an energy storage system (ESS) control in a multi-machine power system. The objective of the analysis is to examine the effect of the ESS control on the power system small-signal stability. Firstly in the paper, a systematic procedure to establish a linearized model of the multi-machine power system with the ESS installed is presented. Secondly the damping torque contribution from the ESS control, including the normal voltage control functions and the supplementary damping control function, is derived. Finally an example multi-machine power system installed with a battery energy storage system (BESS) is given in the paper. Results of damping torque analysis are confirmed by the computation of system oscillation mode and non-linear simulation.
机译:本文介绍了多机动力系统中能量存储系统(ESS)控制的阻尼扭矩分析。分析的目的是检查ESS控制对电力系统小信号稳定性的影响。首先,本文提出了建立安装了ESS的多机电源系统线性化模型的系统程序。其次,推导了来自ESS控制的阻尼扭矩贡献,包括正常电压控制功能和辅助阻尼控制功能。最后,本文给出了安装了电池能量存储系统(BESS)的示例多机电源系统。通过系统振荡模式的计算和非线性仿真可以确认阻尼扭矩分析的结果。

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