THE MOST ENERGY EFFICIENT AND INNOVATIVE SOLUTION OF GETTING DOMESTIC HEATING & COOLING & HOT WATER BY USING AIR SOURCE HEAT PUMP
Features of Heating Cooling And Hot Water Multifunctional All In One Heat Pump 14.5kW(4kW-16.5kW)
Air source heat pumps (ASHPs) are an ideal solution for most project types and sizes, as they don’t require as much space and are generally easier to install than a ground or water source heat pump.
Many businesses trying to cut down on their carbon footprint and reduce energy bills are starting to look at heat pumps for a long-term cost effective solution to heating a busy office. A ground source heat pump could save and make a business or household without a gas supply several thousand dollars per annum.
Heat pumps essentially move heat from one area to another. The most popular type is the Air Source Heat Pump that uses a small amount of electrical energy to transfer the ambient heat in the air outside your property and move it inside, where, at a higher temperature it can then be used for under floor heating, radiators or maintaining a supply of hot water. Other types of heat pump use the ground or water as a source of abundant free heat, but the principal is largely the same.
Access low-carbon heating solutions that meet your environmental and financial objectives with flexible, cost-effective Heat Pumps
As one of the leading business energy solutions partners, we have over 30 years’ experience in designing, financing, deploying, operating and monitoring on-site energy infrastructure. We offer a variety of Heat Pump types (air, ground, water and waste-source) to best suit your specific financial and environmental requirements.
Heat pumps help address climate change pressure by assisting organisations in lowering their carbon footprint. As the electricity grid continues to decarbonise, how we heat our business and manufacturing facilities will undergo transformation. Conventional heating systems, fuelled by natural gas, are increasing less aligned with a low carbon future.
CORE TECHNOLOGIES of Renewable air to water heat pumps for houosehold
DC INVERTER COMPRESSOR Twin-Cylinder Rotary DC Inverter Compressor
INVERTER TECHNOLOGY: 40Hz-120Hz Wide Frequency operation range
SMART CONTROL SYSTEM:Hitachi DC Inverter Control System
The kinetic energy of subdivision, the water tank is free of washing for lifespan
Closed refrigerant system, safe and stable
Gold - aluminum condensation process rapid frost
Ship cabin positioning monitoring system, accurate detection of water temperature
Heat pumps provide improved air quality to business premises, operate with low noise and can be used as air conditioning.
Research estimates that commercial heating alone is responsible for around 40% of CO2 emissions. With this in mind, forward-thinking businesses looking to enhance their green credentials are finding innovative ways to sustainably heat business premises.
Heat pumps are 300% to 400% more efficient than electric heating, delivering approximately 4kWh of energy for every 1kWh of electricity used to power it.
Air source heat pumps series and application: Water heaters heat pump, swimming pool heat pumps, spa heaters, Radient/underfloor heating,cooling and hot water muldtifunction all in one heat pump
Application: swimming pool, household hot water, schools, restarants, Sauna, spas, day care center`````
We have various specifications and types of Heating Cooling And Hot Water Multifunctional All In One Heat Pump 14.5kW(4kW-16.5kW) to offer, welcome to contact for furthder details
Triple supply parameters Cooling, heating and hot water functions |
|||||
Item |
KCHR-8I/BP |
KCHR-13I/BP |
KCHR-15I/BP |
KCHR-15II/BP |
|
Rated voltage |
220V~50Hz |
220V~50Hz |
220V~50Hz |
380V 3N~50Hz |
|
Cooling and heating |
Nominal cooling |
7.8kW(2kW-9kW) |
13kW(3kW-15kW) |
14.5kW(4kW-16.5kW) |
14.5kW(4kW-16.5kW) |
Nominal cooling power |
2.77KW |
4.6KW |
5.27KW |
5.27KW |
|
Nominal cooling(COP) |
2.81 |
2.82 |
2.75 |
2.75 |
|
IPLV |
4.11 |
4.13 |
4.02 |
4.02 |
|
Nominal heating capacity |
8.4kW(2.5kW-9.6kW) |
14kW(3.5kW-16kW) |
17kW(4.3kW-18.5kW) |
17kW(2.5kW-18.5kW) |
|
Nominal heating power |
2.78KW |
4.5KW |
5.6KW |
5.6KW |
|
Heating |
Nominal heating capacity |
6.8KW |
10.5KW |
13KW |
13KW |
Nominal heating |
1.75KW |
2.65KW |
3.3KW |
3.3KW |
|
Nominal heating(COP) |
3.88 |
3.96 |
3.93 |
3.93 |
|
Maximum operating current |
20A |
33A |
41A |
21A |
|
Maximum power consumption |
4KW |
6.6KW |
7.9KW |
7.9KW |
|
Rated water flow |
1.34m²/h |
2.24m²/h |
2.5m²/h |
2.5m²/h |
|
Refrigerant/charge volume |
R410A/1750g |
R410A/4000g |
R410A/4000g |
R410A/4800g |
|
noise |
≤54dB(A) |
≤56dB(A) |
≤57dB(A) |
≤58dB(A) |
|
Water resistance |
≤14kPa |
≤15kPa |
≤21kPa |
≤21kPa |
|
Maximum working pressure on low |
4.5Mpa/0.15Mpa |
4.5Mpa/0.15Mpa |
4.5Mpa/0.15Mpa |
4.5Mpa/0.15Mpa |
|
Allowable working pressure on |
4.5Mpa/0.15Mpa |
4.5Mpa/0.15Mpa |
4.5Mpa/0.15Mpa |
4.5Mpa/0.15Mpa |
|
Anti-shock level |
I |
I |
I |
I |
|
waterproof level |
IPX4 |
IPX4 |
IPX4 |
IPX4 |
|
Unit size (l× w × h) |
1030×410×865(mm) |
1030×410×1390(mm) |
1030×410×1390(mm) |
820×780×1700(mm) |
|
(Cold and warm) Caliber of inlet |
DN25 |
DN32 |
DN32 |
DN32 |
|
(Hot water) Caliber |
DN20 |
DN25 |
DN25 |
DN25 |
|
Application area |
60㎡ |
100㎡ |
110㎡ |
110㎡ |
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