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160 kw CO2 water source heat pump commercial usage industry school university heating and hot water
1. Product model: LN-160ZW
2. Refrigerant: carbon dioxide (R744/CO2);
3. Heating capacity: 160kW;
4. Cooling capacity: 124.5kW;
5. Operating power: 35.5kW
6. Comprehensive energy efficiency: 8.01
7. Heating temperature: 55-98℃;
8. Refrigeration temperature: 3-15℃;
9. Use function: places that need hot water and cold water at the same time.
CO2 Refrigerant: Advantages
①Non-flammable, non-toxic.
② Natural product.
3 Does not require any special procedures to recover refrigerant
4 No need to reacquire.
5 No damage to the Ozone Layer.
6. ODP=0 (Ozone Threat Potential Value 0)2
7. GWP=1(Greenhouse Effect Potential Value 1)
8. Not subject to any country's tax and regulatory regulations.
Advantages for CO2 R744 Heat Pump:
1The water temperature can be up to 100℃, high temperature storage
can reduce the volume of the water tank.
2 The working limit is-43℃, but the water still can be discharged
efficiently.
3 Maximum COP is 5.5.And for the All-in-one Multifunctional
Machine, its Maximum COP is 7.
4 All-in-one Machine can produce hot and cold water at the same
time to achieve maximize the efficiencial energy utilization.
5.Can meet different water consumption.
6 Single mechanism coaxial 520kW can be combined with multiple
modules.
⑦ Safety, with 6times for overpressure safety protection, water and
electricity separation.
⑧ Intelligent frequengy conversion control can save 50% of the
energy when defrosting.
9.Split design, especially for high-rise places that cannot be
hoisted and transported.
10. Smart wireless APP control, can realize unmanned management.
160 kw CO2 water source heat pump commercial usage industry school
university heating and hot water
1.DC variable frequency two-stage compressor.
2. The Split-Type Machine can be configured with a maximum water
tank volume is 2000L.
3.Integrated built-in water tank volume as 40L,180L, 220L, 260L,
320L
④ Product Functions: Single Hot Water Unit Machine, Water
Boiler,Domestic Hot Water+ Heating+ Solar Heating.
(5 Suitable for houses, illas,small hotels, small factories,
hospital disinfection, etc.
The highest water temperature can reach 90℃
The main problem facing CO2 heat pump water heaters is to
continuously improve efficiency and reduce costs, thereby improving
their competitiveness with conventional heat pump water heaters. In
order to improve efficiency, we need to rely on innovation in
technology.
1) Development of expansion mechanism
Through theoretical analysis, the use of an expander to replace the
throttle valve and recovery of the expansion work can greatly
improve the performance of the transcritical CO2 cycle. Therefore,
many research institutions at home and abroad are investing a lot
of research and development efforts in research. The open
literature reports involve expansion machine types including piston
type, free piston type, scroll type, rolling rotor type, swing
rotor type, sliding vane type, etc. Although A prototype has been
developed, but many technical issues still need to be overcome.
2) Continuous improvement of CO2 compressor efficiency.
The compressor is a key component of the entire transcritical CO2
cycle system, and its efficiency directly affects the performance
of the system. Many manufacturers and research institutions have
improved the efficiency of CO2 compressors by improving the
structure of CO2 compressors, improving processing accuracy, and
improving the lubrication conditions of moving parts.
3) The heat exchange efficiency of the heat exchanger is
continuously improved.
Through the analysis of the effective energy of the CO2 cycle
system, it is found that in addition to the throttling loss, the
loss of the heat exchanger also occupies a large part of the total
loss, and even exceeds the throttling loss for a single-stage CO2
cycle. Heaters are critical to improving the performance of the CO2
cycle system.
4) The cold and heat of the CO2 heat pump water heater are used at
the same time.
Theoretical research shows that the efficiency of the system can be
significantly improved by using the cold and heat of the CO2 heat
pump water heater at the same time. Therefore, it is more
meaningful to develop a heat pump water heater that provides both
hot water and cooling.
Minimum operating ambient temperature -25℃
CO2Cascade AC Inverter Heat Pump
① AC inverter compressor.
② CPP/PLC main control, colorful touch screen.
3 Ultra-low temperature operation-43℃C.
④ Split or whole body machine, can be customized as prefer.
⑤ Product Function: Ultra-low Temperature Heating in winter,
Cooling in summer.
3.Applicable to places requiring heating such as northern
high-speed railway stations,supermarkets, factories, stadiums, hot
45 kw CO2 Cascade AC Inverter Heat Pump Integral ultra-low
temperature cascade carbon dioxide heat pump els, farms etc.
160 kw CO2 water source heat pump commercial usage industry school university heating and hot water
CO2 AC Inverter Water Source Heat Pump | |||||
Type | LNS-40ZW | LNS-75ZW | LNS-160ZW | ||
Function | Heating Capacity | kW | 39.3 | 76.3 | 156 |
Hot Water Capacity | L/H | 750 | 1450 | 2980 | |
Heating Power Input | kW | 8.1 | 16.5 | 37.1 | |
Cooling Capacity | kW | 31 | 59.8 | 118.9 | |
COP | W/W | 4.7 | 4.6 | 4.2 | |
Power Supply | V/Ph/Hz | 380V~415V~ 50/60Hz | |||
Cooling Water Flow Volume | M3/H | 5.3 | 10.2 | 20.4 | |
Rated Output Water Temperature | ℃ | 60 | |||
Maximum Output Water Temperature | ℃ | 90 | |||
Working Ambient Temperature Range | ℃ | (-)25-43 | |||
Water Connection Pipe Size | mm | DN20/DN32 | DN20/DN40 | DN40/DN65 | |
Refrigerant | Type | R744/CO2 | |||
Dimensions | mm | 1500x900x1290 | 1500x900x1285 | 900*900x1910 | |
Noise Level | dB(A) | 45 | 51 | 51 | |
Net Weight | KG | 530 | 985 | 900 | |
Inverter | AC | ||||
Standard Temperature Condition: | |||||
Cold Water Side: Inlet Water Temperature 12C, Outlet Water Temperature 7°C. | |||||
Hot Water Side: Inlet Water Temperature 15C, Outlet Water Temperature 60°C. |
160 kw CO2 water source heat pump commercial usage industry school
university heating and hot water
Application Diagram Pressure-bearing water tank
System Diagram Smart Control System
8kW household carbon dioxide all-in-one machine CO2 air source heat
pump multifunctional
System schematic diagram