Remote energy-saving control system applied to industrial equipment

Abstract

The invention relates to the technical field of industrial energy conservation, and particularly relates to a remote energy-saving control system applied to industrial equipment. The remote energy-saving control system applied to the industrial equipment comprises a control equipment module, an equipment state detection module, a 5G NB-IOT module and a big data platform. Functions are realized through the big data platform and the equipment state detection module. The system mainly comprises a core software algorithm. Depending on industry application characteristics, a set of lightweight OTSoperating system, a specific industry application big data platform optimal equalization algorithm and an industry equipment interface equipment state acquisition algorithm are self-developed; the state of the equipment and no-load power consumption equipment instruments and meters under the non-working condition are automatically processed and operated; the information is transmitted to the control equipment module through the 5G NB-IOT module, the information can be automatically processed through a preset program, equipment instruments and meters under the no-load power consumption condition are automatically turned off, the service life of the equipment instruments and meters is prolonged, and switching can be remotely controlled manually.

Description

technical field [0001] The invention relates to the technical field of industrial energy saving, in particular to a remote energy saving control system applied to industrial equipment. Background technique [0002] At present, large-scale high-power electronic equipment, such as instruments in R&D enterprise laboratories, production line testing, and certification laboratories, often do not turn off the instruments in time, and consume power under no-load conditions when there is no work. The service life will be adversely affected. Some companies with strict management, in order to shut down the equipment when it is no-load in time, also provide special management personnel to check regularly, which also increases costs and manpower. This project combines 5G NB-IOT technology, GNSS technology and RS232 interface Technology, developed a set of equipment system and service for how to realize online alarm and energy-saving control under the condition of remote preset monitorin...

AI Technical Summary

Problems solved by technology

[0002] At present, large-scale high-power electronic equipment, such as instruments in R&D enterprise laboratories, production line testing, and certification laboratories, often do not turn off the instruments in time, and consume power under no-load conditions when there is no work. The service life will be adversely affected. Some companies with strict management, in order to shut down the equipment when it is no-load in time, also provide special management personnel to check regularly, which also increases costs and manpower. This project combines 5G NB-IOT technology, GNSS technology and RS232 interface technology, and developed a set of equipment systems and services for how to realize online alarm and energy-saving control under the condition of no-load remote pre-set monitoring equipment

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