Research on Machine-Readable Capability Level and Capability Requirements of Power Grid Standards

This study takes the readability level and capability requirements of power grid standard machines as the theme, and deeply explores the transformation of relevant data forms in the process of power standard digitization and its impact on digital standards. By constructing an algorithm framework based on machine-readable standards, the study proposes a digital transformation technology route suitable for the power grid environment. This technology route evaluates the operating efficiency and data processing accuracy of power grid standard machines at different readability levels through system simulation. The simulation results show that the power digital standard using machine-readable standards has significant advantages in improving data transmission efficiency and reducing error rate. Specific data analysis shows that at high readability levels, the accuracy of the system is improved to more than 98%, and the response speed is 30% higher than that of traditional digital methods. This study provides new ideas for the digital transformation of power grid standard machines and lays a solid foundation for the promotion of machine-readable standards in the power industry in the future.