STABILITY MONITORING ON THE LARGE ELECTRIC POWER SYSTEM.
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Techniques are developed which provide an online decision on the stability of a large interconnected power system faced by assumed or actual disturbances. Since the system is very large and nonlinear and the time scale only a few seconds at best, the only hope for results which are mathematically honest, computable online, and of sufficient accuracy lies in a set of carefully coordinated approximations founded on precise mathematical theory. Such an approach is discussed. The problem is divided into four segments in order to narrow down those parts of the system which are actively involved, and the critical elements are then represented using approximate transformations and graded precision for remote elements.
Proceedings of the IEEE Conference on Decision and Control
author list (cited authors)
Zaborszky, J., Huang, G., Leung, T. C., & Zheng, B. H.
complete list of authors
Zaborszky, J||Huang, G||Leung, TC||Zheng, BH