Design of a Nonlinear Class of Adaptive Stabilizing Controllers.

该项目是为了开发用于柔性交流输电系统(FACTS)高性能控制的新的非线性方法。这项工作分为两个阶段：第一个阶段涉及应用于事实的算法的发展和一般结构。第二阶段包括多机模型的演示，包括在线非线性系统表征、辨识、故障检测、稳定性分析、自适应控制和固态补偿器设计。这项工作由电力研究所和博内维尔电力管理局共同资助。

This project is for the development of new nonlinear methodologies for high performance control of Flexible AC Transmission Systems (FACTS). The work is organized in two phases: the first deals with the development and general structure of the algorithm for the application to the FACTS. The second phase consists of a demonstration of a multimachine model including on-line nonlinear system characterization, identification, fault detection, stability analysis, adaptive control and solid state compensator design. The work is being jointly funded by the Electric Power Research Institute and the Bonneville Power Administration.