Household solution dehumidification air conditioning system

Abstract

The invention relates to a household solution dehumidification air conditioning system, which is composed of a vapor compression heat pump cycle, solution dehumidification and solution regeneration cycle, and is divided into two parts: an indoor module and an outdoor module. The indoor module is placed inside the air-conditioning room and installed on the ceiling; outdoor The module is placed outside the air-conditioned room and fixed on the building wall. The indoor module and the outdoor module are connected through refrigerant pipes and solution pipes. There are air intake and exhaust channels for the indoor module on the building wall. The system miniaturizes the conventional solution dehumidification air conditioner, and adopts a split design to be suitable for installation and use in residential buildings; it uses the combination of solution dehumidification cycle and vapor compression heat pump cycle to simultaneously realize cooling and dehumidification in summer and heating and humidification in winter; A new membrane-refrigerant coil composite assembly is used to solve the problem of solution carryover and improve the efficiency of air treatment. The new system can improve the overall energy efficiency of the air conditioning system while meeting the needs of residential buildings.

Description

technical field [0001] The invention relates to an air conditioner, in particular to a household solution dehumidification air conditioner system. Background technique [0002] The solution dehumidification air-conditioning system is a new type of air-conditioning method based on liquid hygroscopic agent to cool and dehumidify the air. It has considerable application prospects and shows obvious advantages in the treatment of air humidity load. Therefore, this type of system has outstanding potential for energy conservation and environmental protection, and is in line with the concept of sustainable development. [0003] At present, among the systems involved in the published research and product development, whether it is a solution dehumidification air-conditioning system driven by solar energy or waste heat energy, or a heat pump-driven solution dehumidification air-conditioning system with better operation stability and wider application range, their The volume and floo...

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Problems solved by technology

Membrane modules can effectively solve the problem of carrying dehumidification solution, but compared with the heat and mass transfer method in which the solution is in direct contact with the air, the heat and mass transfer capacity of the membrane module is slightly insufficient, especially the dehumidification efficiency is not high, to a certain extent Affects the overall energy efficiency of the system

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