A Metering Terminal Trusted Access Method for Power Distribution and Consumption Scenes

With the gradual complexity of our electricity consumption information, there are many metering terminal manufacturers at present, and the use of equipment vulnerability to steal electricity has brought huge economic losses to the power grid. Therefore, how to authenticate the metering terminal and how to ensure the reliable storage of the power data is an urgent security problem. As a decentralized distributed storage peer-to-peer trusted network, blockchain is highly transparent, decentralized, trusted, unchangeable, and anonymous. It provides a reliable solution to solve the above problems. This paper introduces a metering terminal trusted metering access system for power distribution and consumption scenes. All power information and transaction information are stored in blockchain, ensuring the reliability of metering data and minimizing security risks. The simulation experiment proves that using the blockchain as a trusted data platform can effectively guarantee the trusted access of the metering terminal.