Modular air source heat pump one-machine pleuripotent energy center

Abstract

The invention discloses a modular air source heat pump one-machine pleuripotent energy center which comprises a water tank module, a heat exchange cabin module, a mainframe module and an indoor heat exchange tail end module. The water tank module is formed by integrating a heat storage water tank, a heat exchanger and a hot water circulating pump into a sheet metal part box body. The heat exchange cabin module is formed by integrating a cold water heat exchanger, a water supply pump, an expansion water tank and a magnetic valve in a sheet metal part box body. The mainframe module consists of one or more air energy outer units. The indoor heat exchange tail end module consists of one or more heat exchange tail ends. A controller is in matched connection with the mainframe module and the electrical portion of the indoor heat exchange tail end module, and the magnetic valve controls switching and operation of five working modes formed by the water tank module, the heat exchange cabin module and the combination thereof. The modular air source heat pump one-machine pleuripotent energy center effectively avoids the problem that a coil in a traditional heat pump water tank is in contact with water for a long period of time and accordingly living water is polluted and the problems of poor fluorine circulator comfort, uneven cold and heat distribution and pipeline freezing when the temperature of a water circulator is low, and is compact in structure, capable of saving space, safe and easy to operate.

Description

technical field [0001] The invention relates to a modular air source heat pump multi-energy energy center, which belongs to the technical field of new energy. Background technique [0002] With the improvement of national life taste and quality requirements, modern families not only meet the basic needs of residential heating, cooling, and showering, but also more comfortable, more beautiful, highly integrated, and system-diversified products are increasingly becoming a trend. Because air source heat pump products are energy-saving, low-consumption, and pollution-free, they are strongly supported by the government and loved by consumers, and the air-source heat pump industry has entered a broad development period. In the current market, air energy products are mainly divided into split type and integral type. The split type has simple structure, convenient installation and low price, and is favored by the majority of users. Split heat pump water heaters are divided into two...

AI Technical Summary

Problems solved by technology

Split-type heat pump air conditioners are divided into two types: water circulation and fluorine circulation. The fluorine in the pipeline of the fluorine circulation machine has a large temperature difference with the indoor temperature, resulting in uneven distribution of cold and heat, and poor comfort; the water in the water circulation machine has a small temperature difference with the indoor temperature. The heat distribution is even and the comfort is good, but the water pump and pipes have freezing problems when the temperature is low in winter

Due to differences in geographical location and climatic conditions, there are differences in the application of heat pump models, and different families have different needs for air source heat pump heating, cooling, and hot water. In the industry, air source heat pump units with three functions are generally It has become a triple heat supply pump or an air-conditioning and hot-water all-in-one machine, but these products currently on the market are based on the design concept of integrating the air-conditioning function and the hot water function. When installing the connecting pipeline on the client side, an external expansion tank and circulating water pump are required. Some even need to increase the use of large buffer energy storage tanks, which not only wastes a lot of precious space in the customer's room, but also affects the beautiful layout of the room

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