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 transient Angle unstable mode of power system closely relates to a controlling unstable equilibrium point (UEP).
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。
A new method based on the theory of adjoint systems to compute the controlling unstable equilibrium point is presented.
常用电力系统P-V曲线的下半部分包含有不稳定平衡点随功率P变化的丰富信息。
The lower part of PV curve contains abundant information about UEP bifurcating as power changes.
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。
Calculation of the controlling unstable equilibrium point (CUEP) is important in the direct method for power system transient stability analyses.
利用线性反馈控制和自适应控制方法，研究了一种新的混沌系统的稳定不稳定平衡点的。
By utilizing linear feedback control and adaptive control approaches, the stabilization of unstable equilibrium points of a new chaotic system was studied.
提出一种基于伴随系统和变号系统的求解电力系统经典模型稳定边界上不稳定平衡点的方法。
A new method based on adjoint system and minus system to compute unstable equilibrium points on the stability boundary of power system classical model is proposed.
提出一种基于伴随系统和变号系统的求解电力系统经典模型稳定边界上不稳定平衡点的方法。
A new method based on adjoint system and minus system to compute unstable equilibrium points on the stability boundary of power system classical model is proposed.
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