Development of a Fully-Constrained Dynamic Economic DispatchMethodology for Real-Time Application

本研究项目的主要目标是开发和评估一个全约束的有功和无功动态经济调度程序，以提高系统的运行性能。本文将开发一种全约束的实电和无功动态经济调度程序，并将其纳入已开发的扩展自动发电控制模拟器中进行评估。程序的开发将包括几乎所有的静态操作约束（包括环境约束）。将该程序纳入现有的扩展自动发电控制模拟器将产生一个增强的模拟器，该模拟器将作为评估全约束动态经济调度程序的试验台。该方法的评估和验证将使用物理比例模型电力系统进行。

The primary objective of this research project is to develop and evaluate a fully constrained dynamic economic dispatch procedure for real and reactive power with the goal of improving system operation performance. A procedure for the fully constrained dynamic economic dispatch of real and reactive power will be developed and evaluated by incorporating it into an extended automatic generation control simulator that has been developed. The development of a procedure will include virtually all operating static operating constraints (including environmental). The incorporation of the procedure into the existing extended automatic generation control simulator will result in an enhanced simulator which will serve as a test bed for the evaluation of the fully constrained dynamic economic dispatch procedure. Evaluation and validation of the methodology will be conducted using a physical scaled model power system.