Networking system applied to temperature measurement terminal of high-voltage transmission line

Abstract

The invention discloses a networking system applied to a temperature measurement terminal of a high-voltage power transmission line, and the networking system divides the temperature measurement terminal into two parts, i.e., a first-stage temperature measurement terminal and a second-stage temperature measurement terminal, and the second-stage temperature measurement terminal transmits collected temperature data to the first-stage temperature measurement terminal connected with the second-stage temperature measurement terminal. And the temperature is uploaded to the gateway by the first-stage temperature measurement terminal and finally sent to the cloud server. Since the distance between the temperature measuring terminals is usually short, the distance requirement of wireless communication can be greatly reduced, and the first-stage temperature measuring terminal only uploads the temperature data of the first-stage temperature measuring terminal and the temperature data of the second-stage temperature measuring terminal connected with the first-stage temperature measuring terminal, so that the number of nodes is small, and the real-time performance of data transmission is high. And finally, the temperature data is uploaded by using the first-stage temperature measurement terminal, so that no additional hardware is needed, and no additional cost is generated.

Description

technical field [0001] The present application relates to the field of electronic communication, in particular to a networking system for temperature measurement terminals applied to high-voltage transmission lines. Background technique [0002] Abnormal operation or failure of power equipment usually manifests as abnormal temperature changes. Therefore, temperature monitoring of power equipment is the most effective and economical way to monitor the safety of power equipment, and it is of great significance to the safe operation of power equipment. In high-voltage transmission lines, the connection point is the most prone to overheating. If the resistance of the connection point is too high, it will cause heat or burnout during the operation of the circuit. As the resistance value continues to increase, the heating phenomenon at the connection point becomes more and more serious. [0003] At present, the temperature data of connection points is usually collected by setting...

AI Technical Summary

Problems solved by technology

[0003] At present, the temperature data of connection points is usually collected by setting temperature measuring equipment at each connection point, and then wirelessly uploading to the cloud server. However, due to the long high-voltage transmission lines and the large number of connection points, the distance of wireless communication The requirements are very high, and if they are all uploaded to the same cloud server, there will be too many nodes, resulting in poor real-time performance of data transmission

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