面向自组织智能电网的MAS与区块链高效集成模型

I. Ostheimer, M. Hercog, Bojan Bijelić, D. Vranješ
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引用次数: 0

摘要

本文介绍了一种多智能体系统模型,该模型使用区块链作为基础技术,通过SEGIP项目成功地将先进的管理解决方案集成到智能电网环境中。本文解释了创新管理解决方案的必要性,并概述了基于点对点交易的能源交换。此外,本文涵盖了多智能体系统在有效集成中的作用,并概述了拟议项目解决方案的结构。通过描述不同参与者的角色和交互来解释这种智能电网的功能,并通过不同类型的网络节点之间的交易示例来描述智能合约提案。结论完成了本文提出的所有内容,并证实了所提出方法的有效性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Efficient Integration Model of MAS and Blockchain for emergence of Self-Organized Smart Grids
This paper introductory presents a multi agent system model that uses blockchain as the basic technology for successful integration of advanced management solutions into a smart grid environment, realized through the SEGIP project. The paper explains the need for innovative management solutions and provides an overview of energy exchange based on peer-to-peer trading. Additionally, the paper covers the role of a multi-agent system in effective integration and outlines the structure of the proposed project solution. The functioning of such a smart grid is explained through a description of the roles and interactions of different actors, and a smart contract proposal is described through an example of a transaction between different types of network nodes. The conclusion completes everything presented in the paper and confirms the validity of the presented approach.
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