Dehumidification solution condensation heat regeneration low-temperature heat source absorption type coupling air conditioner device and regulation and control method

Abstract

The invention discloses a dehumidification solution condensation heat regeneration low-temperature heat source absorption type coupling air conditioner device and a regulation and control method. The dehumidification solution condensation heat regeneration low-temperature heat source absorption type coupling air conditioner device comprises a low-temperature heat source absorption type refrigeration system, a solution dehumidification circulation system and a cooling water circulation system. According to the dehumidification solution condensation heat regeneration low-temperature heat source absorption type coupling air conditioner device and the regulation and control method, latent heat loads of air are borne through solution dehumidification, and sensible heat loads of the air are borne through absorption type refrigeration; by increasing the evaporation temperature of the absorption type refrigeration and widening the gas discharge range of the absorption type refrigeration, the circulation energy efficiency ratio of the absorption type refrigeration is increased, and on the basis of ensuring the refrigeration effect, the generation temperature is also lowered and the utilization range of a low-temperature heat source is also widened; and meanwhile, an absorption type refrigeration condensation heat regeneration dehumidification solution is adopted, absorber cooling, dehumidification solution cooling and further cooling by a condenser are conducted through cooling water generated by a cooling tower, and the system energy efficiency is greatly improved on the basis of ensuring the effect of an air conditioner.

Description

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AI Technical Summary

Benefits of technology

In this new technology described in this patented patents, there are several technical benefits that make them more efficient than previous methods such as conventional systems. These improvements include lower temperatures during operation without adding extra equipment like an electric compressor (electric chiller), improved energy usage rates due to reduced latent loads caused by the moisture content inside the air being treated, reduction of generated thermal emissions from the device's surface, better overall design features resulting in cleaner environmental impacts, enhanced functionality over existing technologies, and potential applications involving both indoor space and outdoor spaces where cold sources may occur.

Problems solved by technology

Technological Problem addressed in this patents relates to improving the performance of absorbent refriglation (AR) systems used in conventional air conditioners. These current methods have limitations including poor environmental impact caused by fossil fuel usage, difficulty controlling temperatures independently across multiple hot zones, requiring excessive amounts of electrical energy, potential negative effects upon local environments like pollution control devices, and lack of effective ways to recover residual moisture without increasing their own weight.

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