基于区块链的能源管理系统:一个提议的模型

Jyoti Dargan, N. Gupta, Latika Singh
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引用次数: 0

摘要

由于国际上对可再生能源和气候友好型能源的生产和分配的认识和条约的强制,如2016年《巴黎协定》等,可再生能源的生产和分配出现了巨大的增长。目前的配电系统本质上是集中式的,分布式发电和配电的空间不大。因此,迫切需要改变目前的集中式配电系统,采用一种新型的分布式配电系统,将传统能源与可持续能源结合起来,形成高效的能源管理系统。智能电网的下放性质要求整合区块链等新技术,为点对点能源传输创建一个安全、不可变和无需信任的配电系统。本文提出了一种基于区块链的能源管理系统模型,该模型集成了所有能源,根据其角色识别利益相关者,生成证书/令牌,进行能源交易,并激励使用可持续或绿色能源。
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Blockchain Based Energy Management System: A Proposed Model
There is tremendous growth in the renewable energy generation due to international awareness and treaty compulsions like Paris Agreement, 2016 etc. for renewable and climate friendly energy generation and distribution. Present power distribution system is centralized in nature and do not have much scope for the distributed energy generation and distribution. Therefore, there is an urgent need to change the present centralized power distribution system with a new decentralized power distribution system integrating both traditional and sustainable energy sources in efficient energy management system. The devolved nature of the smart grids has demanded integration of novel technology like Blockchain to create a secure, immutable and trustless power distribution system for peer-to-peer energy transmission. This paper proposes a model for blockchain based energy management system which integrates all energy sources, identifies the stakeholders as per their roles, generates certificates /token, does energy transactions, and incentivize the use of sustainable or green energy.
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