Extended Power System Automatic Generation Control Simulator

这项工作的主要目的是开发一种实用的低频电力系统动态分析的机制和方法。这一主要目标是通过开发电力系统仿真器来实现的。预计该方法将提高研究能力，特别是与动态现象有关的低频分析，在教育和实际电力系统工程中。后者用于自动发电控制(AGC)、控制系统综合和AGC评估。预期在建模、数据库管理、图形、电力系统表示和报告生成方面取得进展。最终产品将是下一代电力系统AGC的原型仿真器。该模拟器将具有完全表示有功和无功功率、系统电压和电流以及AGC使用的参数的扩展功能。

The main objective of this work is to develop a practical mechanism and methodology for the analysis of low frequency power system dynamics. This main goal is to be accomplished through the development of a power system simulator. The methodology is expected to enhance capabilities for research particularly regarding low frequency analysis related to dynamic phenomena, in education, and in practical power system engineering. The latter is expected for automatic generation control (AGC), control system synthesis, and AGC evaluation. Advances are contemplated in modelling, data base management, graphics, power system representation, and report generation. The end product will be a prototype simulator for the next-generation power system AGC. The simulator will have extended capabilities for the full representation of active and reactive power, system voltages and currents, and parameters used by the AGC.