Standardization of Power Transaction Data Interaction Protocol Based on Smart Contracts – Extended Application of IEC 62325
DOI:
https://doi.org/10.13052/jicts2245-800X.1414Keywords:
smart contract, IEC 62325 standard, electricity transaction data interaction, Blockchain technology applicationAbstract
In view of the problems of insufficient automation, trust dependence centralization, and real-time limitation in the IEC 62325 standard, this study proposes an extension protocol integrating blockchain and smart contract. By defining the trigger points of the three-layer contract, the standard message process is seamlessly embedded, and the automatic execution of quotation verification, transaction matching, and settlement and clearing is realized. Design parametric contract templates and extend EDM message segments (sc: contract address, data hash, digital signature) to support non-intrusive business rule injection and tamper-proof verification. A three-layer decoupling architecture (data access layer, contract execution layer, and message conversion layer) is constructed for compatible heterogeneous systems, and the XSLT engine is combined to realize the two-way mapping of EDM packets and on-chain data. Experiments based on real data in the Dutch electricity market show that the scheme reduces transaction delay by 62.5% to 45 milliseconds, increases data consistency rate to 99.1%, doubles throughput by 310 transactions per second, and sharply reduces the settlement error rate by 95.7%, effectively improving the automation level and credibility of high-frequency electricity trading.
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