An automatic power generation coordination control platform

Abstract

The invention discloses an auto generation coordination control platform. The platform comprises a frequency response model module, a real-time data transmitting module and a multi-intelligent-agent control module, wherein the frequency response model module transmits control information to the multi-intelligent-agent control module through the real-time data transmitting module. The auto generation coordination control platform can evaluate control performance of an intelligent algorithm and solve the problem of the strong stochastic environment which an auto generation control process in the future faces. Abstraction can be accurately performed, AGC of a multi-intelligent-agent system can be rapidly simulated, through converting parameters of the system and loading different control algorithms, influences on other factors can be compared in the same control method, and besides horizontal comparison and evaluation can be performed among the different control algorithms.

Description

technical field [0001] The invention belongs to the field of automatic power generation control of power systems, and relates to an automatic power generation control platform based on JADE (Java Agent Development Framework) multi-agent dynamic game. Innovative technology based on an automatic power generation coordination control platform. Background technique [0002] The deteriorating environment and the non-renewability of traditional fossil energy have led to the rapid development of distributed renewable new energy grid-connected technologies such as wind energy and solar energy. Due to the variability and uncontrollability of prime mover power, the control structure and availability of new energy power generation are also significantly different from conventional power generation. The modern power system structure is becoming more and more complex with the infiltration of new energy sources. How to track the random changes in load and improve the frequency quality of...

AI Technical Summary

Problems solved by technology

[0004] However, there is no unified standard AGC intelligent simulation platform at home and abroad to realize the collaborative control of multiple control areas of the interconnected grid and effectively evaluate the control effect of intelligent algorithms

Power system simulation platforms, such as power system analysis software PSD, MATLAB / Power System Toolbox, etc., have low cycle operation efficiency and poor encapsulation, and cannot well realize real-time simulation control for AGC in a complex, multi-regional and strongly random environment in the future; such as real-time The digital simulator (Real Time Digital Simulator, RTDS) is expensive and the maintenance cost is high, and the general researchers or research institutions cannot afford it; at the same time, the customization ability of the above simulation platforms is weak, and the communication language between the regions There is no uniform specification, and it is difficult to embed user-defined strong intelligent algorithms

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