State Grid Gansu Electric Power Applies for Patent for "Blockchain-Based Power Core Data Provenance System" Aiming to Enhance Data Security and Processing Efficiency

State Grid Gansu Electric Power Applies for Patent for "Blockchain-Based Power Core Data Provenance System" Aiming to Enhance Data Security and Processing EfficiencyInformation from the State Intellectual Property Office reveals that State Grid Gansu Electric Power Information and Communication Company and State Grid Gansu Electric Power Company filed a patent application in July 2024 for a "Blockchain-Based Power Core Data Provenance System," with publication number CN118944922A. This patent aims to address the security and efficiency issues in the management of safety data at power sites by utilizing blockchain technology to build a complete power core data provenance system

State Grid Gansu Electric Power Applies for Patent for "Blockchain-Based Power Core Data Provenance System" Aiming to Enhance Data Security and Processing Efficiency

Information from the State Intellectual Property Office reveals that State Grid Gansu Electric Power Information and Communication Company and State Grid Gansu Electric Power Company filed a patent application in July 2024 for a "Blockchain-Based Power Core Data Provenance System," with publication number CN118944922A. This patent aims to address the security and efficiency issues in the management of safety data at power sites by utilizing blockchain technology to build a complete power core data provenance system.

The system comprises data acquisition modules, data verification modules, data encryption modules, blockchain nodes, data storage modules, and user modules.

• Data Acquisition Modules are responsible for collecting data from data sources, ensuring data integrity.

• Data Verification Modules are responsible for verifying and checking the collected data, ensuring the completeness of the required data.

• Data Encryption Modules are responsible for encrypting data, safeguarding data security during upload and download processes, preventing data breaches and leaks.

• Blockchain Nodes provide network endpoints for data transmission, ensuring reliable and secure data transmission.

• Data Storage Modules are responsible for storing data on blockchain nodes, ensuring data integrity and consistency.

• User Modules are responsible for extracting data from blockchain nodes, allowing users to query required data through keywords and trace data, enabling data tracking and management.

This patented technology effectively enhances data processing efficiency and security by leveraging the distributed ledger, encryption mechanisms, and consensus mechanisms of blockchain technology, preventing data breaches and leaks during transmission.

Specifically, the advantages of the system are reflected in the following aspects:

• Improved Data Processing Efficiency: Utilizing blockchain technology, data can be quickly disseminated and verified in a distributed network, enhancing data processing efficiency.

• Ensured Data Transmission Security: Through encryption mechanisms and consensus mechanisms, data integrity and security during transmission are ensured, preventing data tampering or loss.

• Achieved Data Traceability: Blockchain technology records the complete history of data, enabling data traceability, facilitating data management and problem troubleshooting.

The significance of this patent application lies in:

• Driving innovation in data management technology within the power industry, improving data processing efficiency and security.

• Providing reliable technical support for power safety production and management, promoting the digital transformation of the power industry.

• Serving as a reference for other industries, promoting the application of blockchain technology in more fields.

It is believed that the successful application of this patented technology will further enhance data management capabilities in the power industry, promoting safe and efficient development of the industry.