Hyperledger Fabric Smart Grid Communication Testbed on Raspberry PI ARM Architecture
Hyperledger Fabric Smart Grid Communication Testbed on Raspberry PI ARM Architecture
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基于 Raspberry PI ARM 架构的 Hyperledger Fabric 智能电网通信测试床
DOI：
10.1109/wfcs.2019.8758000
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发表时间：
2019
期刊：
影响因子：
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通讯作者：
T. Sauter
中科院分区：
文献类型：
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作者：
Andrija Goranovic;M. Meisel;S. Wilker;T. Sauter
试图限制气候变化影响的必要能源政策目标非常雄心勃勃。到 2030/2050 年实现这些目标需要新技术和现有技术的组合。智能电网通信中正在探索的一项有前景的技术是区块链，它允许点对点的合同式或货币式交互，而无需中介信任。本文描述了一个智能电网控制器区块链平台，允许沿着负载曲线或智能电表测量数据模拟虚拟发电厂通信。这些最新进展的通信要求与工业信息物理系统类似，因此适用于其他研究领域。
Necessary energy policy targets trying to limit climate change effects are very ambitious. New technologies and combinations of available technologies are needed to achieve the goals by 2030/2050. A promising technology being explored in smart grids communications is the Blockchain, allowing peer-to-peer contractual-like or monetary-like interactions without the need for trust for an intermediary. This paper describes a Smart Grid Controller Blockchain Platform, allowing to simulate Virtual Power Plants communication along load profiles or smart meter measurement data. The communication requirements of these recent advances are similar to industrial cyber-physical systems, hence, applicable in other research domains.