首页|基于边缘计算与区块链融合的智慧用电平台的研究与设计

基于边缘计算与区块链融合的智慧用电平台的研究与设计

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近年来电力行业大力开展智能电网建设,新技术的融合应用成为智能电网的发展趋势.从电网用电侧实际业务需求出发,设计了基于边缘计算与区块链融合的智慧用电平台,该平台在传统平台上将区块链技术与边缘计算进行融合应用,将原有中心化的模式向去中心化模式转变,通过下沉采集和计算压力,减轻云端计算负荷、降低网络压力,提升用电数据采集和高效应用能力;同时用区块链技术赋能边缘计算,实现协同、安全可信和数据共享.阐述了智慧用电平台的总体技术架构以及云端、边端边缘节点、边端区块链的具体技术架构、平台逻辑架构、业务应用架构和总体数据架构.在完成平台架构设计的基础上,梳理了用电平台中智能费控、多方电费对账、智慧台区的具体业务逻辑,并提出了对应的设计方案和实现流程.该平台可以满足高实时性电费计算、用电检查、线损分析、电压质量监测等精益化用电管理需求,更好地服务于现代供电服务体系和多样互动的用电体系建设.
An intelligent electricity platform based on edge computing and blockchain integration
Recently,the power industry has vigorously carried out the construction of smart grids;integration and application of new technologies has become a trend in the development of smart grids.Based on the actual business needs of the power grid side,this paper studies and designs an intelligent electricity platform by integrating edge computing and blockchain on a traditional platform,which changes the original centralized mode to decentralized mode,reduces cloud computing load,network pressure,and improves power data acquisition and efficient application capabilities by sinking acquisition and computing pressure,At the same time,edge computing is enabled by blockchain technology to achieve collaboration,security,trustworthiness and data sharing.This platform can achieve high real-time electricity cost calculation,electricity inspection,line loss analysis,voltage quality monitoring,and other lean electricity management needs,better serving the construction of modern power supply service systems and diverse interactive electricity systems.

edge computingblockchainfusion architecturebusiness applicationsintelligent electricity platform

杨开兴、满红任、刘秀、陈晨、刘雪萍、李晋源、黎晚晴、李正轩

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云南电网有限责任公司昆明供电局,昆明 650011

云南电网有限责任公司信息中心,昆明 650011

云南云电同方科技有限公司,昆明 650011

南方电网数字电网集团有限公司数字企业分公司,广州 510000

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边缘计算 区块链 融合架构 业务应用 智慧用电

2024

科技导报
中国科学技术协会

科技导报

CSTPCD北大核心
影响因子:0.559
ISSN:1000-7857
年,卷(期):2024.42(9)
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