Two-ticket System Optimization for Power Grid Enterprise Safety Production based on Blockchain Technology

Blockchain technology has demonstrated significant potential for application across various industries due to its unique characteristics of decentralization, tamper-proof security, and traceability. A blockchain-based power grid two-ticket system not only enhances the efficiency and security of grid management but also helps foster a more open, transparent, and efficient electricity market environment. As blockchain technology continues to mature and relevant laws and regulations evolve, its applications within the power grid two-ticket system are becoming more widespread, providing robust support for the development of the power grid. The advantages of this system are notable, with its decentralized architecture ensuring the security and immutability of two-ticket data, thereby reducing the cost of trust. The aim of this paper is to discuss the architectural design of a blockchain-based two-ticket system and explore how the characteristics of blockchain technology can improve the security, transparency, and efficiency of power grid operations and maintenance.