Electric power device wireless temperature measurement system

Abstract

The invention discloses an electric power device wireless temperature measurement system, comprising a computer, a microprocessor, a wireless emission module, a wireless reception module, a data processing module, a temperature measurement terminal, an alarm module, and a monitoring management circuit; the temperature measurement terminal comprises a plurality of temperature sensors; the temperature measurement terminal is installed on the bus; a housing is installed on the outside of the temperature measurement terminal; the temperature sensor is adhered on the inner wall of the housing; the temperature measurement terminal is internally provided with a power supply module, an alarm module, a positioning module, a data processing module, and a wireless emission module; and the temperature measurement terminal is internally provide with a positioning module. The electric power device wireless temperature measurement system monitors the operation condition of the bus joint, the high voltage cable connector, the high voltage switch contact temperature through wireless transmission; the positioning module provides convenience to people to fast master the position where the temperature is abnormal, to prevention and to corrective maintenance, effectively reduces the occurrence of the faults of the high voltage power transmission and transformation, improves the instantaneity of the abnormality processing and guarantees the stable working of the high voltage electric power transmission.

Description

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AI Technical Summary

Benefits of technology

This technology helps monitor various aspects related to electrical systems by sending data wirelessly from sensors placed on different parts inside it's housings. These devices are used at specific points along an electric circuit where they connect with other components like cables. By monitoring these connections over time, this system makes sure that there will be no problematic temperatures during use without causing damage. Additionally, the device has a mechanism to automatically detect any issues beforehand when problems occur. Overall, this technology allows efficient maintenance and control of electronic equipment while ensuring safety measures such as avoidance of excessive heat buildup and maintaining reliable functionality.

Problems solved by technology

Technical Problem: Current Electrification Power System (EPS) security measures focus on ensuring reliable operations with regards to prevent damage from heat stress during prolonged periods due to exposure to environmental factors like oxygen levels and temperatures outside. Existing systems require manual inspections, making them slow and costly. Additionally, these systems lack accurate position tracking capabilities, requiring frequent replacements even if only one part fails.

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