HDPE Ground Source Heat Pump Six Ways Fitting
Ground source heat pump system is environmentally friendly use of shallow geothermal energy
utilization systems capable of heating and cooling energy use of new technologies. Ground source heat
pump systems are usually transferred underground soil heat or cold to where it is needed, but also take
advantage of the huge underground heat storage in soil storage capacity, winter ground source heat
transferred from the soil to the ground inside the building, then summer cold underground transferred to
the building, an annual form a thermal cycling system to achieve energy saving features.
Ground source heat pump is a new use of shallow geothermal energy technology capable of heating and
cooling,the heat pump uses the principle of reverse Carnot cycle cooling and heat transfer equipment.
Ground source heat pumps can usually refers to the transfer of heat or cold underground soil volume
to where it is needed,usually used as air conditioning, refrigeration or heating use. Ground source heat pump also uses regenerativehuge underground storage capacity of the soil in winter the heat
is transferred from the soil to the ground inside the building cool in summer and then transfer
the amount to the inside of the building underground, just different winter and summer working
temperature range only.
1. Cooling mode
In the cooling state , the ground source heat pump compressor for refrigerant acting to be
vapor - liquid conversion cycle. Circulating through the evaporator fan coil evaporator by the
refrigerant to absorb the heat carried by the refrigerant , and then through the condenser condensing
the refrigerant from the refrigerant circulating water entrained in the refrigerant cycle to absorb heat,
water is transferred fromthe final cycle to ground water, groundwater or soil. Continuously transferred
to the indoor heat underground process through fan coil units, in the form of cold below 13 ℃
for room cooling .
2. Heating mode
In the heating state, the refrigerant acting on the compressor and the refrigerant flow direction
through the valve commutation. Absorption by water circulating underground surface water, groundwater
or soil heat by evaporation of refrigerant in the condenser , the water circulating in the
refrigerant to absorb heat , while the refrigerant circulating through the refrigerant within the
evaporator condensate from Fan coilloop carried by the refrigerant heat absorption . Heat is
continuously transferred to the ground in the process chamber in the form of hot air to above 35 ℃
indoor heating .
1.Energy efficient , stable and reliable
The temperature of the surface of shallow geothermal energy or geothermal resources is relatively stable
throughout the year , soil and air temperature difference is usually 17 degrees higher than the ambient
air temperature in winter and summer temperature lower than the ambient air , the heat pump is a good
source of heat and cold air conditioning , this makes ground source heat pump temperature characteristics
than conventional air conditioning system efficiency to 40% to 60%, thus saving energy and operating
costs to be about 40 % -50 %. Typically ground source heat pump energy consumption 1KW , 5KW users can
get more heat or cold 4KW above , so we call it energy-efficient air conditioning system.
2.No environmental pollution
GSHP pollutant emissions , compared to air source heat pump , representing a decrease of more than 40% ,
compared with electric heating, representing a decrease of more than 70% , the true realization of
energy saving .
3.One machine with more using
Ground source heat pump system can be heating, cooling, domestic hot water are also available , one
machinewith more using, a system that can replace the original boiler plus two sets of air-conditioning
equipment or systems.
4.Low maintenance costs
GSHP systems fewer moving parts than conventional systems , thereby reducing maintenance, system
installation indoors, not exposed to the weather , but also from damage , more reliable and longer life.
GSHP buried underground selection polyethylene and polypropylene plastic tube, a life span of 50 years.
Higher than the 35-year life of ordinary air .
6.Saving much space
No cooling towers, boiler rooms and other equipment , eliminating the boiler room, cooling towers occupy
valuable area , resulting in additional economic benefits, and improve the environment external image.
Ground source heat pump system energy from natural energy . It does not emit any exhaust gas , waste
water,waste to the outside world , is an ideal "green air conditioning ." Is considered as the most
environmentally -friendly and most efficient heating and cooling systems available. The system is either
coldregions or tropical regions can be applied. Be broad application in office buildings, hotels,
schools ,dormitories , hospitals, hotels, shopping malls , villas and residential areas .
7.To achieve the recycling of water resources
In the form of ground source heat pump heat source diversification , whether it is clean and clear of
groundwater, seawater and efficient use of resources can not be large , or domestic and industrial
wastewater , surface water , or suppression , can be efficiently utilized to achieve the transfer of
solar energy . Improve the recycling rate of water , once solved the problem of sewage disposal
problems and freshwater resources are scarce . While avoiding the consumption of renewable resources
to achieve sustainable green development strategy.
***Specifications of HDPE Ground Source Heat Pump Six Ways Pipe Fittings