Intelligent analyzing and monitoring system for load and temperature rise of generatrix groove

Abstract

The invention discloses an intelligent analyzing and monitoring system for load and temperature rise of a generatrix groove. The intelligent analyzing and monitoring system mainly consists of a data collecting unit, a data collecting server and a data processing service center, wherein the intelligent analyzing and monitoring system is characterized in that the data collecting unit mainly comprises a temperature rise monitoring device and a load monitoring device, the temperature rise monitoring device and the load monitoring device are respectively connected to a VKIE hyperterminal through RS485 / RS232 / TCP, and the VKIE hyperterminal is connected to the data collecting server through an inner-enterprise local area network; the data collecting server is connected to the data processing service center constituted by an application server of a configuration database through 3G / broadband / optical fibers by a wide-area network. The intelligent analyzing and monitoring system has the advantages of reasonable structural composition and convenience in use and operation, and the operation condition of the generatrix groove can be monitored in a real-time manner, so that the security and the reliability of the power operation are improved.

Description

technical field [0001] The invention relates to an intelligent analysis and monitoring system for busway load and temperature rise, which belongs to the technical field of operation monitoring of power lines. Background technique [0002] The busway of the power supply system is an important transmission channel for transmitting powerful power in important places such as buildings, hospitals, industrial plants, gymnasiums, conference centers, airports, stations, commercial plazas, etc. Its reliability is very important. Hundreds of amperes to thousands of amperes, as long as the contact resistance at the connection of the busway increases due to the material, installation, contact area and pressure of a certain connection link, it will directly cause the temperature rise of the contact point to increase, and the temperature will increase. Once the temperature rise exceeds the allowable value of the national standard, it will cause the ablation deformation temperature of the ...

AI Technical Summary

Problems solved by technology

[0002] The busway of the power supply system is an important transmission channel for transmitting powerful power in important places such as buildings, hospitals, industrial plants, gymnasiums, conference centers, airports, stations, commercial plazas, etc. Its reliability is very important. Hundreds of amperes to thousands of amperes, as long as the contact resistance at the connection of the busway increases due to the material, installation, contact area and pressure of a certain connection link, it will directly cause the temperature rise of the contact point to increase, and the temperature will increase. Once the temperature rise exceeds the allowable value of the national standard, it will cause the ablation deformation temperature of the bus to rise sharply, causing power supply system accidents

There are often hundreds or even thousands of connection points in the busway of a power supply system. As long as there is an overheating fault at one connection point, it will cause a major accident

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