Flexible Load Shedding Using Gossip Communication in a Multi-agents System

Victor Lequay, Mathieu Lefort, Saber Mansour, S. Hassas
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引用次数: 3

Abstract

In order to balance production and consumption on the power grid, efforts are mostly made on the production side. Demand response is a classical solution consisting in harnessing electricity consumption to allow the introduction of renewable energy sources and self-production in the energy mix. In this context, the main problem is to coordinate the network nodes, considered here as agents, in order for them to be able to anticipate their need and also to adjust their contribution to the collective load-shedding effort. To tackle this last point we present an original bottom-up approach of distributed load-shedding with a decentralized algorithm based on gossip protocols. These protocols offer both reliability and scalability to be used on a large scale power grid. On this ground, we built an efficient decentralized control mechanism using a self-evaluation process improving the system performances. In this paper, we present our model and evaluate it using realistic simulated data. We then discuss current limitations and further improvements as part of future work.
多智能体系统中基于八卦通信的灵活减载
为了平衡电网上的生产和消费,主要是在生产端做出努力。需求响应是一个经典的解决方案,包括利用电力消耗,允许在能源结构中引入可再生能源和自我生产。在这种情况下,主要问题是协调网络节点(这里将其视为代理),以便它们能够预测自己的需求,并调整它们对集体减载努力的贡献。为了解决最后一个问题,我们提出了一种基于八卦协议的分散算法的自下而上的分布式减载方法。这些协议提供了在大规模电网中使用的可靠性和可扩展性。在此基础上,我们建立了一个高效的分散控制机制,使用自评估过程来提高系统性能。在本文中,我们提出了我们的模型,并用真实的模拟数据对其进行了评估。然后,我们讨论当前的限制和进一步的改进,作为未来工作的一部分。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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