The Use of Power IoT Technology in Power Grid Enterprises: Technological Methods and Empirical Research for Enhancing New Quality Productivity

In the pursuit of new quality productivity within power grid enterprises, Power Internet of Things (IoT) technology has been widely adopted as a core tool. This work first analyzes the technological needs of power grid enterprises in enhancing new quality productivity, highlighting the roles of key technologies such as big data, edge computing, and intelligent devices. It then constructs a Power IoT architecture based on technologies like big data, edge computing, and cloud computing to improve the new quality productivity of power grid enterprises. An empirical study of a power grid enterprise is conducted to validate the effectiveness of this Power IoT architecture. The results indicate that after implementing Power IoT, the enterprise's energy efficiency improvement rate increases by 146.2%, equipment failure rate decreases by 52.3%, operation and maintenance costs are reduced by 30%, and load control response time is shortened by 46.7%. These outcomes demonstrate the significant impact of Power IoT technology on enhancing new quality productivity in power grid enterprises. The findings provide a solid basis for implementing intelligent technologies in power grid enterprises and promote the development of power systems towards greater efficiency and intelligence.