Remote regulation and control method and system for dehumidification system

Abstract

According to the method, the number of dehumidifiers, air cabinets and water pumps in the dehumidification system is dynamically regulated and controlled, so that the whole dehumidification system is coordinated and linked, and the problems that a traditional dehumidification system cannot be controlled in a linkage mode, devices influence one another, the dehumidification efficiency is affected, and the dehumidification efficiency is affected are solved. Meanwhile, the whole dehumidification system is kept in an optimal energy-saving state, and the operation cost is reduced; in addition, the devices in the dehumidification system can be trimmed alternately, so that the devices in the whole dehumidification system work alternately, and the situation that the service life is affected due to long-time operation of the devices is avoided.

Description

technical field [0001] The invention belongs to the technical field of equipment remote control, and relates to a remote control method and system of a dehumidification system. Background technique [0002] The dehumidifier can condense the water molecules in the air into water droplets, and then discharge the treated dry air out of the dehumidifier. By repeating the above process, the indoor humidity can be kept at a suitable humidity. At present, dehumidifiers are generally divided into civil and industrial. Use a dehumidifier, especially with the rapid development of industry, major factories have higher and higher requirements for the environmental humidity of the workshop. Excessive humidity in the workshop will affect the quality of the product, cause damage to mechanical equipment, and affect the health of workers. etc., and the low humidity will cause the factory environment to be too dry, and a large amount of static electricity will be generated, especially for som...

AI Technical Summary

Problems solved by technology

[0002] The dehumidifier can condense the water molecules in the air into water droplets, and then discharge the treated dry air out of the dehumidifier. By repeating the above process, the indoor humidity can be kept at a suitable humidity. At present, dehumidifiers are generally divided into civil and industrial. Use a dehumidifier, especially with the rapid development of industry, major factories have higher and higher requirements for the environmental humidity of the workshop. Excessive humidity in the workshop will affect the quality of the product, cause damage to mechanical equipment, and affect the health of workers. etc., and the low humidity will cause the factory environment to be too dry, and a large amount of static electricity will be generated, especially for some precision electronic products, which will cause irreversible losses

Therefore, it is very important to maintain the humidity stability of the factory's internal environment. For some large factories, there are often multiple dehumidifiers and related equipment distributed inside the factory building, and multiple dehumidifiers are used to adjust the internal environmental humidity of the factory to keep the internal humidity of the factory stable. , but the spaces in a workshop often communicate with each other. When multiple dehumidifiers are used for regulation, the operating status of the dehumidifiers will fluctuate greatly, and some corresponding related equipment will also need to be changed accordingly. Therefore, a unified regulation method is needed to maintain equipment. To achieve a dynamic balance between the workshops, jointly control the temperature and humidity of the workshop, avoid interference between multiple devices, reduce equipment energy efficiency, and lead to unstable temperature and humidity control in the workshop

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