Extended Power System Automated Generation Control Simulator

一种功能强大的自动发电控制（AGC）型电力系统 模型/模拟器将在此拟议项目下开发。 的 模拟器的研制将需要对模型的各个组成部分进行结构化设计 使用时间尺度分离方法， 输电设备热模型和母线电压控制装置 模型和网络处理技术的发展。结果 将是一个基于PC的AGC型模拟器，不仅将联合收割机 工程类和培训类的主要优势 模拟器，没有缺点的每一个，但将超越 提供全面分析的工具的最新技术水平 AGC频率范围内的所有相关现象。 扩展的AGC模拟器将提供无与伦比的功能， 研究电力系统运行和潜力的有效性 AGC和电压控制算法。 这对电力系统有一定的参考价值 工程师，大学的教学和研究，电力系统 运营商，以及公用事业和供应商，以评估AGC 供品。

A powerful Automatic Generation Control (AGC)-type power- systems model/simulator will be developed under this proposed project. The simulator development will require structuring the model components using time-scale separation methodology, development of appropriate transmission plant thermal models and of bus voltage control device models, and developments in network processing techniques. The result will be a PC-based AGC-type simulator that not only will combine the major advantages of the engineering-class and training-class simulators, without disadvantages of each, but will go beyond the state of the art in providing a tool for across-the-board analysis of all relevant phenomena in the AGC frequency range. The extended AGC simulator will provide unparalleled capabilities for the study of power system operation and the effectiveness of potential AGC and voltage control algorithms. It will be useful to power system engineers, to universities for teaching and research, to power system operators, and to utilities and vendors for evaluation of AGC offerings.