A transient Angle unstable mode of power system closely relates to a controlling unstable equilibrium point (UEP).
电力系统暂态功角失稳模式同相关不稳定平衡点密切相关。
A new method based on the theory of adjoint systems to compute the controlling unstable equilibrium point is presented.
提出了一种基于伴随系统理论的电力系统主导不稳定平衡点的求解方法。
The single parameter sampled data feedback control directs the system to unstable equilibrium point with only one parameter.
在采样数据反馈控制中，只要利用一个参数便将系统控制到非稳定平衡点。
Calculation of the controlling unstable equilibrium point (CUEP) is important in the direct method for power system transient stability analyses.
主导不稳定平衡点(CUEP)的计算在电力系统暂态稳定分析直接法中具有重要意义。
In other words, the unstable limit cycle will be bifurcated from the original asymptotical stable equilibrium point at another higher series compensation level, and the system dynamics will change.
换句话说，在另一较高的串联补偿度上，轨道不稳定的极限环将从原来渐近稳定平衡点上分岔出来，系统的稳定性态将被改变。
When this system has harvesting rate, we have also proved that if there is a positive equilibrium point in the system, it is then globally unstable.
当该系统具有收获率时，证明了该系统若存在正平衡点，则它是全局不稳定性。
When this system has harvesting rate, we have also proved that if there is a positive equilibrium point in the system, it is then globally unstable.
当该系统具有收获率时，证明了该系统若存在正平衡点，则它是全局不稳定性。
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