A Blockchain-based Trusted Testing System of Electric Power Materials

Bing Tian, Xiaofeng Chen, Jiawen Wang, Dong Li, Dong Wang, Liangliang Zhi, Keting Yin
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Abstract

In order to curb the illegal activities in power resources detection, improve the credibility and contribution rate of the industry, and promote the development of high-quality services, this paper proposes a secure and reliable trusted testing system of electric power materials based on blockchain. Firstly, a device and personal information query authorization mechanism is established to provide solutions for personnel and testing equipment authorization. It can help ensure the reliability of testing data on the premise of security. Secondly, we propose a method to deal with the difficulties of testing information management. Lastly, we introduce the case of electricity management helping the power authorities to supervise effectively and increasing the credibility of power material procurement evidence to prove the feasibility of this system.
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基于区块链的电力材料可信测试系统
为了遏制电力资源检测中的违法违规行为,提高行业的公信力和贡献率,促进优质服务的发展,本文提出了一种基于区块链的安全可靠的电力材料可信检测系统。首先,建立设备和个人信息查询授权机制,为人员和检测设备的授权提供解决方案。在保证安全的前提下,有助于保证检测数据的可靠性。其次,提出了一种解决考试信息管理难题的方法。最后,通过电力管理的案例,帮助电力部门有效监管,提高电力物资采购证据的可信度,证明了该系统的可行性。
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