Instant-Heat & Circular Air Source Heat-Pump Water Heater ( Commercial Use Style)

What is Different Between Instant-Heat and Circular Style, Which One is Better?Instant-Heat style is heat water to assigned temperature directly then store it in heat-preservation water tank, it is need
not use circular pump, can produce heat water quickly, has high ratio of energy-efficiency, we are highly recommend
instant-heat style, but its price is a little higher than circular style.
Circular style is heat water gradually, it is need to use circular pump, takes longer time to produce heat water, its advantage
is can re-heat water when water temperature is get down.
The optimal selection is use Instant-Heat & Circular mixed style, then, it can filling heat water to water tank instantly, when
temperature of heat water is getting down to certain degree, system will auto-start heating circularly. This mixed style has
complex structure and makes its price is higher.
 
¡¤       Main Structure:
The principle and system structure are same between heat-pump and refrigeration. Steam compress heat-pump system main parts are: Compressor, Evaporator, Condensator and Throttle;
1)Compressor
Compress and transport freon from low temperature and pressure to high temperature and pressure, it is heart of heat-pump system.
2)Evaporator
The equipment is use for absord heat from air in order to make liquid freon vaporized which inflow through throttle, liquid freon will absord plentiful of heat source when it is vaporizing, and this heat will turn into high temperature and pressure gas by compressor.
3)Heat Exchanger
Its function as same as condensator of air-conditional, it is use for output heat energy. The heat energy from evaporator and electricity consumed by compressor will be pass to liquid freon and force it increase temperature to realize heating purpose.
4)Throttle
Its function as throttle and reduce pressure, and adjust flux of freon that enter into evaporator, the electricity consumed by compressor can make freon continue absord heat from low temperature and output heat to high temperature, it move in cycles.  ¡¤       More Advantage Than Boiler:
1) High heat efficiency:  Everage yearly heat efficiency is over 300%, but boiler heat efficiency is less 95%.    
2) Low consumed cost: It can save 70% source when compare with fuel, gas boiler.
3) Environment protection: Without any pollution.
4) Safe operating, need not watch:  Very safe operating, automatic control, need not watch.
5) Modularize installation, easy add equipment: Adopts multiple equipments parallel-connection style, allows add equipment whenever necessary.
¡¤       Advantages Compare With General Solar Products:
1)Investment:  Investment of heat-pump equipment is less than general solar products when supply same volume and temperature water, it can heat water when power supply is at lowest price time.
2)Usage General solar water heater is effected by weather, but heat-pump equipment can supply heat water at all weather.
3)Consumed Cost:  General solar water heater can supply heat water by zero consumed cost when has direct sunshine, however, it has to work depends on assistant system when has not direct sunshine weather, the yearly assistant system power consumed is much more than heat-pump equipment.
4)Others:  Heat-pump equipment is easy place and needs very small space, but general solar products are require big space and must be open air.  Heat-pump equipment can perform as air conditional when it is producing heat water.
¡¤       More Advantages Than Other Heating Ways:
Heat-pump equipment advantages: High-efficiency, Energy-saving, Environment protection, Safe. Has not burn or explode gas, non-electronic parts in water to ensure safe; does not output any pollute gas, pollute water or waste residue to ensure protect environment. Yearly everage running cost is just ? cost of electronic water heater, just 1/3 to ? cost of Gas water heater, 1/1.5 cost of general Solar water heater. Why IKE Air Source Heat-Pump Water Heater is Energy-Saving?Saving?It is decides by principle of Reverse Carnot Cycle and Conversation of Energy, proverbially, energy-efficiency ratio of
refrigeration air-conditional means can produce how much degree of cool air by consumed one degree electricity,
the national stated energy-efficiency  ratio must be over 3.0, the ratio of high quality air-conditional can be over
6.0. Since indoor air has turn cool, the original air heat-energy was release to outside, and the air heat-energy
is amount of cool-energy and consumed electricity, namely it is energy-efficiency ratio is over 4.0.
IKE Air-Source Heat-Pump Water Heater is utilize this released air heat energy that