A Credible Monitoring Model for Carbon Emissions in Industrial Parks Based on Blockchain Technology

doi:10.11930/j.issn.1004-9649.202309045

Abstract

Abstract:

A digital model for trusted monitoring of carbon emissions in the park based on energy and power blockchain is proposed to be built. The blockchain anti-tamper technology is first used to ensure the trusted storage requirements of monitoring data. All relevant access entity indicators are authenticated and controlled by the alliance chain, which avoids the risk of data loss and malicious tampering by others other than the subject; Secondly, in the fusion process of specific monitoring indicators, the model combined with AHP method to build a carbon emission evaluation index fusion strategy, and carried out multi-source online fusion of energy and power related index data combined with similarity clustering algorithm. Finally, LOF algorithm is used to detect long-period abnormal outliers of index data, which can solve the problem of data distortion or self-screening of misstatement to some extent.

Key words: blockchain, carbon emission monitoring, hierarchical decision

Dong WANG, Jingli FENG, Da LI, Jingwei NIU, Jun LI. A Credible Monitoring Model for Carbon Emissions in Industrial Parks Based on Blockchain Technology[J]. Electric Power, 2024, 57(7): 182-187.

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URL: https://www.electricpower.com.cn/EN/10.11930/j.issn.1004-9649.202309045

https://www.electricpower.com.cn/EN/Y2024/V57/I7/182

Figures/Tables 5

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模型	数据共享功能
模型	细粒度	数据机密性	数据可追溯性	数据摘要检索
基于云计算的监测系统	×	×	√	×
基于物联网的监控平台	×	×	√	√
基于时空数据建模的核算系统	×	√	×	×
基于大数据的监测平台	×	×	×	√
基于区块链的可信监测模型	√	√	√	√

模型	数据共享功能
模型	细粒度	数据机密性	数据可追溯性	数据摘要检索
基于云计算的监测系统	×	×	√	×
基于物联网的监控平台	×	×	√	√
基于时空数据建模的核算系统	×	√	×	×
基于大数据的监测平台	×	×	×	√
基于区块链的可信监测模型	√	√	√	√

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