定义可靠微电网的多智能体系统

H. M. N. Dinushi, M. S. Kariapper, G. Porawagamage, P. K. H. Rathnayaka, U. P. Srimal, K.T.M.U. Hemapala
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引用次数: 4

摘要

在当今世界,为关键设施提供电力供应是非常重要的。与建设大型电力系统相比,智能微电网(MG)可以被认为是这些关键设施的一种有前途的电力供应替代方案。本研究介绍了实验室规模MG的开发和控制,该MG由几个分布式能源(DERs)组成,如太阳能光伏,柴油发电机,微型水力模型,带双向逆变器的电池组以及关键和非关键负载。通过采用分布式自治控制策略和多智能体系统体系结构实现对自动控制系统的控制。它可以在并网模式下运行,也可以在隔离状态下以自主模式运行。利用MATLAB对整个系统进行了仿真,并将MG在不同场景下运行的仿真结果与实际结果进行了对比。本文讨论了这种控制方法的有效性。
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Defining multi agent system for a reliable micro-grid
Electrical power supply to serve critical facilities are of high importance in today's world. Instead of building a large electric power system, an intelligent Micro Grid (MG) can be considered as a promising power supply alternative for those critical facilities. This study presents the development and controlling of a laboratory scale MG which consists of several Distributed Energy Resources (DERs) such as Solar PV, Diesel Generator, Micro Hydro model, Battery Bank with a bidirectional inverter and critical and non-critical loads. Controlling of the MG is done by using distributed autonomous control strategies and Multi Agent System Architectures. It can operate in a grid connected mode as well as autonomous mode when it is isolated. The whole system was simulated using MATLAB and the simulation results and practical results were compared when MG is operated in different scenarios. The effectiveness of this controlling method is discussed in this paper.
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