State Grid Gansu Electric Power Applies for Patent on "Blockchain-Based Power Core Data Traceability System" to Build a Safe and Reliable Power Data System

State Grid Gansu Electric Power Applies for Patent on "Blockchain-Based Power Core Data Traceability System" to Build a Safe and Reliable Power Data SystemFinancial World, November 15, 2024 - According to information from the State Intellectual Property Office, State Grid Gansu Electric Power Company has applied for a patent titled "A Blockchain-Based Power Core Data Traceability System", with a publication number of CN118944957A, and an application date of August 2024.This patent aims to address the existing problems of complex traceability paths, data privacy tampering, and leakage in current power data traceability methods

State Grid Gansu Electric Power Applies for Patent on "Blockchain-Based Power Core Data Traceability System" to Build a Safe and Reliable Power Data System

Financial World, November 15, 2024 - According to information from the State Intellectual Property Office, State Grid Gansu Electric Power Company has applied for a patent titled "A Blockchain-Based Power Core Data Traceability System", with a publication number of CN118944957A, and an application date of August 2024.

This patent aims to address the existing problems of complex traceability paths, data privacy tampering, and leakage in current power data traceability methods. The core of the technology lies in utilizing blockchain technology to build a safe and reliable power core data traceability system, providing traceability and tamper-proof guarantees for power system data.

The patent abstract shows that the system consists of multiple modules: data acquisition module, transmission module, pre-processing module, blockchain module, multiple storage modules, user module, permission locking module, traceability module, and judgment module. These modules are interconnected to complete data acquisition, transmission, processing, storage, traceability, and security control functions.

Specifically, the data acquisition module connects to the power system and is responsible for collecting data on the power system's operation. The transmission module transmits the collected data to the pre-processing module for pre-processing, and then passes the processed data to the blockchain module. The blockchain module is responsible for storing data on the blockchain network and using distributed ledger technology to ensure data security and tamper-proof properties.

The storage module connects to the blockchain module to store blockchain data. The user module connects to the blockchain module through the permission locking module to control data access permissions. The traceability and judgment modules connect to the blockchain module to perform traceability and data authenticity judgment based on blockchain data.

In this way, the system effectively solves the security risks of existing technologies. First, the distributed ledger nature of blockchain technology ensures data immutability and transparency, effectively preventing data forgery and tampering. Second, the permission locking module assigns different access permissions to different users, achieving refined data management and effectively protecting data privacy.

It is understood that the patent is currently in the public disclosure stage, making its application prospects worth watching. If successfully applied to real-world scenarios, it can provide reliable security guarantees for power system data, improving operational efficiency and safety levels in the power industry. Moreover, the system can also be applied in other areas, providing a new solution for data security and traceability.

It is noteworthy that the application of blockchain technology in the power sector has been expanding in recent years. Besides data traceability, blockchain technology can also be applied in power trading, energy management, grid security, and other aspects to provide technical support for the digital transformation of the power industry. It is foreseeable that as technology continues to develop, blockchain technology will play an increasingly important role in the power industry, propelling the industry's development into a new stage.