Real-time transmission and configuration strategy of measurement data based on Newton's Law of Cooling

At present, with the deepening construction of the two-level data center of State Grid, there are more and more supporting applications. This paper mainly studies and solves the problems of rough data classification and poor transmission timeliness in the current real-time access transmission of measurement data, and puts forward a method of obtaining data priority by Newton's Law of Cooling, and using dynamic configuration strategy to carry out real-time transmission and dynamic configuration according to data priority. In order to effectively improve the data access quality of two-level data, give full play to the basic role of data as a factor of production, better serve business application and innovative development, and improve the accuracy of data classification and real-time transmission in real-time access and transmission of measurement data. Simulation experiment results show that this method can reduce the average waiting time of the data during the data transmission, and complete the data transmission early, which can effectively improve the timeliness of the data transmission.