基于多智能体系统的JADE与Simulink交互控制智能电网方法

A. Kuzin, G. Demidova, D. Lukichev
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引用次数: 2

摘要

发电、分配、消费——这些都是过去十年的话题。本文主要研究智能电网的运行问题,特别是电力系统中能量的智能分配问题。由于电网日能耗的非线性特性,对电网进行高精度的实时控制和预测是必须的。有一些最新的技术可以做到这一点:预测控制,模糊逻辑,神经网络等。但要将电网中的每个传感器、设备、负载和发电机连接起来,就需要有一种适合它们的方法。Agent是指电网中与电能相互作用的任何一种设备的智能实体。本文论证了多智能体系统(MAS)在智能电网运行控制中的有效性。MAS系统的运行采用JADE (Java Agent Development Environment)框架进行开发。
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An Approach of the JADE and Simulink Interaction to Control Smart Grid Based on the Multi Agent System
Generation, distribution, consumption – these are the topics of last ten years. This work deals with the smart grid operation, especially for intelligent distribution of energy in power systems. Because of the nonlinear characteristic of the daily energy consumption, grid has to be controlled on time with sufficient accuracy and has to be well predicted. There are some of up-to-date techniques to do that: predictive control, fuzzy logic, neural networks etc. But to link every transducer, device, load, generator in the grid one needs to have an approach that will suit to each of them. Agent is intelligent entity that refers to any kind of device in the electric grid that interacts with the electric energy. The paper demonstrates the efficiency of the implementation of Multi-Agent System (MAS) in smart grid to control its operation. The operation of MAS system is developed using JADE (Java Agent Development Environment) framework.
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