SolarShine Air Source Heat Pump Water Heating system for commercial
applications
For those enterprises and institutions that need a lot of hot
water, such as large hotels, small and medium-sized hotels,
student/factory dormitories, hospitals, beauty salons, baby
swimming pools and so on, air-energy heat pump hot water system is
the ideal choice.
Air-energy heat pump water heater is a kind of mature energy-saving
hot water equipment. The unit uses the principle of "inverse
carnot". It uses refrigerant as medium, compressor as power,
absorbs a large amount of low-energy heat in ambient air during
evaporation and vaporization process by refrigerant, and transfers
this part of heat to water through pipeline circulation, so as to
heat water to the appropriate water temperature of about 55℃. Air
is a ubiquitous and inexhaustible free resource. The heat in the
air is completely free. The air-powered hot water unit is
equivalent to a "heat transporter". We only need to provide it with
one piece of power to drive it. It can absorb about three parts of
the free heat in the air at the same time, that is, with one piece
of electricity, it can get four parts of the heat at the same time.
Its comprehensive heating efficiency is more than 350%. Heat pump
heater features at environmental protection, stability and
reliability, large amount of hot water, no safety concealment.
Our air energy and hot water engineering system, which is developed
by our company based on years of production and practical
experience, uses precise water level control technology, combined
with various flexible control modes such as timing water supply and
water shortage, effectively guarantees a sufficient and fast hot
water supply, at the same time, minimizes the running time of the
main engine, in order to save more electricity. Compared with the
ordinary air energy system using floating ball or constant
temperature water, the running time can be reduced by more than
50%. Therefore, the Kaiyang air energy and hot water system has
higher comprehensive efficiency, lower energy consumption, more
stable and reliable performance, lower failure rate and longer
service life.
Successful Applications:
