Temperature measuring device for power transmission system

Abstract

The invention discloses a temperature measuring device for a power transmission system. The temperature measuring device comprises a temperature measuring device main body, wherein the temperature measuring device main body comprises a shell body, a cover body, a heat conduction base body and a fixing assembly, wherein an accommodating space is formed in the shell body; the shell body is internally provided with a circuit substrate and a power storage module in the accommodating space, a control unit, a wireless transmission unit and a battery management unit are arranged in the circuit substrate, the circuit substrate is electrically connected with the power storage module, the circuit substrate is further electrically connected with a temperature sensor and an antenna module, the temperature sensor is arranged in the accommodating space, a solar panel is arranged on the upper side of the cover body, and the solar panel is electrically connected with the circuit substrate. The temperature measuring device is reasonable in design, has a temperature sensing function, can transmit sensing signals remotely, can be charged by solar energy, can reduce the construction trouble of the detection personnel, and can effectively improve the safety.

Description

technical field [0001] The invention relates to a temperature measuring device, in particular to a temperature measuring device used in a power transmission system. Background technique [0002] In today's social environment, people's daily life must rely on various electrical products to achieve various tasks and purposes. Therefore, power supply has become an indispensable project, and power transmission is an important issue for the overall power supply. The most important equipment for power transmission is high-voltage power towers and high-voltage transmission lines. Most high-voltage power transmission lines are erected in the form of overhead high-voltage power towers. High-voltage power lines are used to erect high-voltage power transmission towers at intervals for long-distance power transmission. Transmission to transmit the power supplied by the power generation to various regions, and because of the need to transmit power to various regions, most high-voltage po...

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Problems solved by technology

[0002] In today's social environment, people's daily life must rely on various electrical products to achieve various tasks and purposes. Therefore, power supply has become an indispensable project, and power transmission is an important issue for the overall power supply. The most important equipment for power transmission is high-voltage power towers and high-voltage transmission lines. Most high-voltage power transmission lines are erected in the form of overhead high-voltage power towers. High-voltage power lines are used to erect high-voltage power transmission towers at intervals for long-distance power transmission. Transmission to transmit the power supplied by the power generation to various regions, and because of the need to transmit power to various regions, most high-voltage power towers and high-voltage transmission lines will pass through suburbs, mountainous areas, and coastal areas during the erection process. Each type of area carries out long-distance transmission. However, in the process of high-voltage transmission, high temperature is accompanied, and high-voltage towers and high-voltage transmission lines must be exposed to the sun for a long time, that is, It is possible that a sudden failure or damage of a certain link may cause a sudden and drastic change in temperature, which in turn may cause power transmission failure or interruption. Therefore, the temperature control of the power transmission system is a link that requires special attention, but the current technology can only Regular maintenance is carried out for its power transmission system. After a certain period of use, it is still necessary to carry out a comprehensive update of the structure to avoid the problem of power failure or interruption. However, in addition to the labor cost of regular maintenance, monitoring personnel cannot Real-time monitoring data can be obtained and the temperature difference cannot be obtained in advance to avoid the problem of power interruption

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