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Research on an Integrated Internet of Things and Blockchain-based Industrial Energy Trading System

Author(s)

Zihao Zhang, Tianqi Liu*, Mingchen Sun, Dian Zhang, Qinchuan Zhou, Qiancheng Ding

Affiliation(s)

Jiangsu Normal University KeWen College, Xuzhou, Jiangsu, China *Corresponding Author

Abstract

With the development of the national economy and the introduction of zero-carbon campuses, distributed energy is gradually becoming a significant component of the energy market. Based on this, this study proposes a set of solutions for campus energy transactions based on blockchain technology. Mathematical models for lighting, air conditioning, and fresh air are developed, and blockchain technology is used to store information about each energy transaction. This ensures the secure transmission and real-time sharing of distributed energy transaction information. Point-to-point energy transaction smart contracts are also designed. Through performance testing, the system was validated to have a high transaction success rate in most batches, providing a new approach for securing blockchain energy transactions.

Keywords

Blockchain Technology; Campus Energy Transactions; Distributed Energy; Secure Transmission

References

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