首页|基于IPFS和区块链技术的电力安全交易平台研究

基于IPFS和区块链技术的电力安全交易平台研究

Research on Power Security Trading Platform Based on IPFS and Blockchain Technology

扫码查看
近年来,大量新能源主体接入电力交易平台,核心业务数据量激增,导致当前集中式电力交易平台运行压力过大、数据不安全、交易不透明等问题.区块链本质上是具有去中心化特征的分布式账本,具有难以篡改、安全性高等特征.星际文件系统(Inter Planetary File System,IPFS)在区块链中的应用可以减小区块链存储的数据量,具有文件去重功能,可有效避免中心化存储存在的一些安全问题和限制.文章结合两者特点,提出一种基于IPFS和区块链技术的电力安全交易平台模型,对数据存储进行优化并建立市场信用机制.仿真实验表明,该模型能够有效缓解物理节点存储压力、提升系统运行效率、有效量化市场主体信用.
In recent years,a large number of new energy entities have connected to power trading platforms,and core business data volume has surged,resulting in issues such as excessive operational pressure,data insecurity,and opaque transactions on the current centralized power trading platform.Blockchain is essentially a distributed account book with decentralized characteristics,which is difficult to tamper with and has high security technical features.The application of Inter planetary file system(IPFS)in blockchain can reduce the size of data stored in the blockchain,have the function of file deduplication,and effectively avoid some security issues and limitations in centralized storage.This paper proposed a power security trading platform model based on IPFS and blockchain technology,which achieved data storage optimization and established a market credit mechanism.Simulation experiments show that the proposed model can effectively alleviate the storage pressure on physical nodes,improve system operation efficiency,and effectively quantify the credit of market entities.

power security trading platformblockchainIPFSdistributedtrust evaluation

凌治、杨明、余江银

展开 >

齐齐哈尔市公安局梅里斯分局,齐齐哈尔 161021

公安部第三研究所,上海 200030

华北电力大学控制与计算机工程学院,保定 071003

电力安全交易平台 区块链 IPFS 分布式 信任评估

2024

信息网络安全
公安部第三研究所 中国计算机学会计算机安全专业委员会

信息网络安全

CSTPCDCHSSCD北大核心
影响因子:0.814
ISSN:1671-1122
年,卷(期):2024.24(6)
  • 14