A multi-region integrated energy management system architecture based on multi-agent technology

Abstract

The invention discloses a multi-region integrated energy management system architecture based on the multi-agent technology of the present invention, which adopts the JADE platform complying with the FIPA-ACL standard to realize the operation of the multi-agent system, including an upper-level agent and a plurality of lower-level agents, the upper-level agent It is the general agent of the energy management center of the multi-regional integrated energy system; the lower-level agents include the learning center agent, the solution center agent and the regional integrated energy management system sub-agent. The system architecture of the invention can coordinate and optimize the operation of comprehensive energy systems in various regions, formulate optimal operation strategies, improve energy utilization efficiency, promote renewable energy consumption, reduce energy waste, and realize energy conservation and emission reduction.

Description

technical field [0001] The invention relates to the technical field of integrated energy systems, in particular to a multi-region integrated energy management system architecture based on multi-agent technology. Background technique [0002] With the continuous development of society, fossil energy-based energy consumption has been formed, and the reduction of fossil energy and environmental pollution caused by this has attracted increasing attention of the society. The power industry is the main industry of energy consumption. The realization of energy conservation and emission reduction in the power industry plays an important role in alleviating pollution problems and achieving sustainable development. With the continuous reduction of fossil energy and increasingly serious environmental problems, new energy power generation and natural gas power generation are developing rapidly. Integrated Energy System (IES) is an effective way to realize multi-energy complementation an...

AI Technical Summary

Problems solved by technology

[0007] However, the multi-regional integrated energy system involves many types of energy systems, and it is difficult to coordinate and optimize the operation. It is impossible to effectively coordinate and optimize the operation of the integrated energy system in each region, formulate optimal operation strategies, improve energy utilization efficiency, promote the consumption of renewable energy, and reduce energy waste. , to achieve energy saving and emission reduction

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