Monitoring system for intelligently guiding highland energy development

Abstract

The invention discloses a monitoring system for intelligently guiding highland energy development. The system comprises an upper computer management system, middle computer change-over units, a plurality of equipment temperature collecting unit and a plurality of temperature measuring sensor units; the upper computer management system is arranged in a monitoring center and is mainly responsible for monitoring and managing overall operation and controlling the lower computers; the middle computer change-over units are used for storing and forwarding commands and data and performing logic judgment on the flowing direction of data streams; the equipment temperature acquisition units are used for completing the acquisition of the temperature values of equipment and sending out acquired parameters values; and the temperature measuring sensor units are used for measuring the temperature data of the equipment. According to the monitoring system of the invention, wireless computer data acquisition is realized, and therefore, the monitoring system has the advantages of short arranged wires, few nodes, little possibility of being subjected to interference, high precision and no need for frequent maintenance, and can assist in saving manpower and materials; direct measurement is realized through wireless temperature sensors, and therefore, the precision and reliability of measurement can be realized, and the insulation problem of a control line and high-voltage components in a primary loop can be solved.

Description

technical field [0001] The invention relates to the technical field of environmental monitoring, in particular to an intelligent temperature monitoring system for guiding plateau energy development. Background technique [0002] With the rapid development of production and the continuous improvement of people's living standards, resource utilization is a major activity today. Now development and work in plateau areas are easily affected by changes in temperature and air pressure, which often require manual special temperature measurement, and Low precision will increase labor intensity and difficulty, especially affect the working precision of high-voltage precision equipment, and affect the development and progress of energy. [0003] At present, domestic methods for measuring the temperature rise of high-voltage connection points of electrical equipment include temperature-indicating wax sheets, infrared thermometers, and optical fiber temperature measuring instruments. T...

AI Technical Summary

Problems solved by technology

The temperature-indicating wax film is obviously backward, easy to fall off, poor in sensitivity and difficult to observe

When using infrared equipment to monitor the temperature of wires or terminals, the first problem is to align the infrared rays emitted by the monitoring site. Therefore, it will be affected by the surrounding environment, resulting in low accuracy of the monitored data.

Optical fiber measurement is easy to break, easy to break, and not resistant to high temperatures, resulting in inaccurate monitoring data. These are not practical for effective use in plateau areas. These monitoring methods are unreliable, which in turn increases labor intensity and difficulty.

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