Airsource Heat Pump Unit

Central Air Conditioning for Heating and Cooling

Air source heat pump heating technology extracts heat from the air, uses a small amount of electricity to drive internal operations, and produces efficient heat energy for heating, hot water drying, and other purposes.

Smart Cabin Mushroom Room

Air Source Heat Pump System

Edible Fungi Air Conditioner

Plant Factory System

Product Series

Commercial ambient temperature air source heat pump (chilled water) unit
Low temperature air source heat pump water heater unit
Low temperature air source heat pump (chilled water) unit
Variable frequency low temperature air source heat pump (chilled water) unit

Application Areas

Homes, residences, villas, guesthouses, hospitals, schools, office buildings
Public institutions, factories, banks, bath centers, clubs, hotels, resorts
Airport waiting halls, medium to large-sized central heating systems, mixed-use developments, etc.

Performance Characteristics

Solve Both Heating and Cooling Needs in One Step for Ultimate Comfort

Solve both heating and cooling needs in one step for ultimate comfort
Achieve whole-house heating in winter and central air conditioning in summer
Enjoy a comfortable life with constant temperature all year round

High Heat Pump System becomes Smart Anti Free e1783931304188

An air source heat pump unit consists of an outdoor air-source air conditioning unit, indoor underfloor heating, fan coil units, and an intelligent control system. During winter operation, the air source heat pump collects heat from the outdoor air, heats the chilled water in the underfloor heating pipes, and then supplies the hot water needed for heating. This hot water is then pumped into the indoor low-temperature environment for even heating, gradually raising the temperature to achieve the desired warmth. In summer, a water-based central air conditioning system is used for ventilation and cooling.

Because heat pump heating does not involve combustion, it is an environmentally friendly technology. Compared to direct electric underfloor heating, its COP is greater than 3, resulting in significant energy savings.

Smart Control

Uses microcomputer intelligent control
Fully automatic operation
No need for specialized maintenance, making it easier to use

Widely Adaptable to All Kinds of Weather

It can run in sun, rain, snow, or clouds as long as there’s air
Uses ultra-low temperature technology
Handles cold northern winters

Energy-Saving and Efficient

Absorbs and converts a large amount of energy from the air
Up to 75% more energy-saving than traditional methods

Eco-Friendly

Uses eco-friendly refrigerant, doesn’t burn
No exhaust gas or waste residue emissions

Flexible Installation

Can be installed on the ground or roof
No equipment room needed, takes up little space

Long Lifespan

Designed to last up to 25 years
Low operating costs

Premium Parts

Finned Heat Exchanger

The unit’s air source heat exchanger uses a high-efficiency copper tube and aluminum finned coil heat exchanger, which makes airflow smoother, reduces frost formation, and improves heat exchange capacity.
The heat exchanger uses internally threaded tubes, which not only increases the heat exchange area but also enhances the refrigerant’s turbulence performance.

Dedicated Compressor

Dedicated compressor for heat pumps
Suitable for the high-pressure and high-temperature conditions of heat pumps
Stable and reliable operation, low vibration ensures a longer service life

Four-Way Valve

Dedicated four-way valve for inlet
Equipped with a unique device to prevent short cycles
Suitable for instant switching when the pressure difference between high and low sides is very small
Can minimize pressure loss and valve leakage

Bi-Directional Liquid Storage Tank

Durable and long-lasting, with better heat exchange
More energy-efficient

Thermal Expansion Valve

Special thermal expansion valve for import
High material hardness, long-lasting durability
High efficiency, smooth operation
Suitable for various working conditions

Plate Heat Exchanger

Uses airfoil-shaped, long-chord serrated patented blades. The fan has low noise, low overall heat generation, and is energy-saving
Long service life
The fan’s energy efficiency reaches Level 1

Gas-Liquid Separator

High separation efficiency, low vibration, low noise
Energy-saving, high thermal efficiency
Compared with traditional heat exchange systems, thermal efficiency reaches 100%, saving more than 20% steam

Plate Heat Exchanger

European design, high heat transfer efficiency
High temperature and pressure resistance, no leaks
Efficient technology, high heat transfer coefficient
Long service life

Motor

High-efficiency, long-lasting motor
Can effectively reduce losses in electromagnetic energy, thermal energy, and mechanical energy
Improves operational efficiency and has low noise

Technical Principle

Based on the reverse Carnot cycle principle, this system mainly consists of two parts: the air source heat pump unit and the terminal units. The air source heat pump unit and the terminal units work together; the former provides chilled or hot water, while the latter, through heat exchange, provides cooling or heating. The air source heat pump unit is the main unit in the heating system. Because it uses an air source condenser, a cooling tower is not required; the evaporator is water-cooled, providing chilled water in summer and hot water in winter. The fan coil unit is the terminal device of the air conditioning system, installed indoors. Just as a water pump lifts water from a low point to a high point, a heat pump can extract heat from a low temperature to a high temperature. Therefore, a heat pump is essentially a heat lifting device; its function is to extract heat from the surrounding environment and transfer it to the object being heated (a higher-temperature object).

Energy Saving Comparison

Comparison of Air Source Heat Pumps with Other Heating Methods

Category	Blue Lake Air Source Heat Pump (Central AC + Heating)	Coal Boiler Central Heating	Small Boiler (Community Central Heating)	Gas Wall‑Mounted Boiler (Individual Heating)	Electric Floor Heating (Individual Heating)
Energy Saving	Compared with traditional electric heating, saves 75% energy	Coal heating, not energy‑efficient, high pipeline heat loss	Coal heating, not energy‑efficient	Gas heating, not energy‑efficient	Electric heating, not energy‑efficient
Operating Cost	Very low	Medium	High	Medium	High
Environmental Protection	Zero emissions, very environmentally friendly	Exhaust emissions, heavy pollution	Exhaust emissions, heavy pollution	Exhaust emissions, heavy pollution	Radiation present
Safety	No combustion; water and electricity separated; very safe	Risk of combustion and explosion	Risk of combustion and explosion	Risk of combustion and explosion	Electrical safety risks
Applicability	Users can freely adjust heating time and temperature	Limited by centralized heating schedule	Users cannot adjust independently	Users can adjust independently	Limited by household electrical capacity
Maintenance Cost	No dedicated maintenance required	Requires professional maintenance	Requires regular professional inspection	Requires regular professional inspection	Requires regular professional inspection

Comparison of Operating Costs of Heating Methods

Normal Winter
Item	Unit	Blue Lake Air Source Heat Pump	Coal Boiler	Natural Gas Boiler	Oil Boiler	Electric Boiler
Heating Equipment	/	Heat Pump	Boiler	Boiler	Boiler	Boiler
Energy Type	/	Electricity	Coal	Natural Gas	Diesel	Electricity
Calorific Value	kcal (m³)	860	5000	8600	9600	860
Heating Efficiency / Heat Transfer Efficiency	/	3.6	0.5	0.8	0.8	0.9
Heating Area	m²	130	130	130	130	130
Unit Heat Index	W/m²	120	120	120	120	120
Air Conditioning Heat Load	kW	16	16	16	16	16
Daily Heating Time	h	10	10	10	10	10
Fuel / Energy Price	CNY / kWh (m³)	0.6	0.6	2.6	7	0.6
Daily Heating Cost	CNY / day	23	29	46	110	94
Operating Days	days	120	120	120	120	100
Total Seasonal Operating Cost	CNY	2808	3477	5476	13206	9360

Technical Parameters

Commercial Ambient Temperature Air Source Heat Pump (Chilled Water) Unit

Unit Model				12HP	15HP	24HP	24HP-2U	36HP	50HP (150)	50HP (170)	100HP
Ambient Temp. (DB/WB)	Water In/Out Temp.	Capacity	Unit	LSQW-RF35MTA	LSQW-RF45MTA	LSQW-RF68MGA	LSQW-RF68MGA-2U	LSQW-RF100MGA	LSQW-RF150MGA	LSQW-RF170MGA	LSQW-RF300MGA
35°C/-	12°C/7°C	Cooling capacity	kW	32	42	60	65	95	130	130	260
		Input power	kW	11.3	14.6	20.8	23	33	45	48	98
		COP	W/kW	2.83	2.88	2.88	2.83	2.88	2.89	2.71	2.65
7°C/6°C	40°C/45°C	Heating capacity	kW	35	45	68	70	100	155	165	310
		Input power	kW	10.8	14.1	20.5	21.5	32.5	48	51.5	101
		COP	W/kW	3.24	3.19	3.32	3.26	3.08	3.23	3.2	3.07
Compressor			Form	Fully Enclosed Scroll
Compressor			Quantity	1	1	2	2	3	2	2	4
Fan			Form	Low Noise Axial
Fan			Quantity	2	2	2	2	2	2	2	4
Water Heat Exchanger			Form	Coaxial		High Efficiency Shell & Tube
Connection Dimensions			DN	32	40	50	50	65	65	65	100
Water Flow Rate			m³/h	5.5	7.22	10.32	11.18	16.34	22.36	22.36	44.72
Water Side Resistance			kPa	35	35	40	45	55	45	45	80
Refrigerant		Type		R410A	R410A	R410A	R410A	R410A	R410A	R410A	R410A
Refrigerant		Charge Amount	kg	8.5	11	2×8	2×9	3×8	2×13.5	2×14.5	4×15
Power Supply				3N~380V 50Hz
Overall Dimensions		Length	mm	1500	1720	2056	2005	2200	2270	2270	2600
		Width	mm	760	850	1106	1005	1300	1286	1300	2285
		Height	mm	1140	1140	2045	2000	2200	2130	2250	2470
Noise (Sound Pressure Level)			dB(A)	≤60	≤62	≤69	≤68	76	≤74	≤72	≤78
Net Weight			kg	350	420	800	635	1100	1300	1250	2500
Note: Model, specifications, and performance are subject to change without notice due to product improvements. Please refer to the product nameplate for specific specifications.

Low-Temperature Air Source Heat Pump Water Heater Unit

Model Parameters			5HP	8HP	12HP	15HP	24HP	50HP
Model Parameters			HRF-20LHT	HRF-30LHT	HRF-45LHTA	HRF-60LHTA	HRF-90LHGA	HRF-190LHGA
Performance	Heating Capacity (20°C)	kW	20	28	45	58	90	190
	Power Input	kW	4.5	6.65	10.3	13.8	20.5	45
	COP (Coefficient of Performance)		4.44	4.21	4.37	4.2	4.39	4.22
	Water Flow Rate	L/H	430	600	967	1246	1934	4083
	Heating Capacity (7°C)	kW	13.2	21	35	45	70	150
	Power Input	kW	3.55	5.8	9.8	12.6	18.92	41.5
	COP		3.72	3.62	3.57	3.57	3.7	3.61
	Water Flow Rate	L/H	247	393	654	841	1308	2804
	Heating Capacity (-12°C)	kW	10	16	24	30	48	100
	Power Input	kW	4.1	6.6	10	12.5	20	41.5
	COP		2.44	2.42	2.4	2.4	2.4	2.41
	Water Flow Rate	L/H	187	299	449	561	897	1869
	Max. Power Input	kW	5.4	8.6	13	16.5	26.58	55
	Power Supply		380V/50Hz
IP Rating	Protection Class		Class I
IP Rating	IP Rating		IPX4
Compressor	Type		Scroll
Compressor	Qty.		1	1	1	1	2	2
Heat Exchanger	Pipe Connection		DN25	DN25	DN32	DN40	DN50	DN65
	Water Flow Rate	m³/h	3.44	4.82	7.74	9.98	15.48	32.68
	Water Pressure Drop		26	25	36	36	45	55
Dimensions	Length	mm	1100	880	1500	1720	2056	2270
	Width	mm	408	800	760	850	1106	1286
	Height	mm	1408	1230	1140	1140	2045	2130
Weight		kg	156	350	350	420	800	1300
Sound Pressure Level		dB(A)	≤56	≤60	≤60	≤62	≤68	≤74
Note: Heating Capacity (20°C): Ambient air temperature 20/15°C (DB/WB), water temperature 15–55°C. Heating Capacity (7°C): Ambient air temperature 7/6°C (DB/WB), water temperature 9–55°C. Heating Capacity (-12°C): Ambient air temperature -12/-14°C (DB/WB), water temperature 9–55°C. Specifications, performance, and product design are subject to change without prior notice due to continuous product improvement. Please refer to the product nameplate for the final specifications.

Low-Temperature Air Source Heat Pump (Chilled Water) Unit

Unit Model				8HP	12HP	15HP	24HP	24HP-2U	30HP	50HP (150)	50HP (170)	100HP
Unit Model				KLR-21SH	LSQWRF35MTALH	LSQWRF45MTALH	LSQWRF68MGALH	LSQWRF68MGALH-2U	LSQWRF85MGALH	LSQWRF150MGALH	LSQWRF170MGALH	LSQWRF300MGALH
Ambient Temp. (DB/WB)	Water In/Out Temp.	Capacity	Unit	KLR-21SH	LSQWRF35MTALH	LSQWRF45MTALH	LSQWRF68MGALH	LSQWRF68MGALH-2U	LSQWRF85MGALH	LSQWRF150MGALH	LSQWRF170MGALH	LSQWRF300MGALH
35°C/-	7°C	Cooling Capacity	kw	16	32	42	60	65	84	130	130	260
		Power Input	kW	5.8	11.3	14.8	20.8	23	29.6	45	48	98
		COP	kW/kW	2.76	2.83	2.84	2.88	2.83	2.84	2.89	2.71	2.65
7°C/6°C	45°C	Heating Capacity (20°C)	kW	21	35	45	68	70	90	155	165	310
		Power Input	kW	6.35	10.8	13.2	20.5	21.5	27	48	51.5	101
		COP	kW/kW	3.31	3.24	3.41	3.32	3.26	3.33	3.23	3.2	3.07
-12°C/-	41°C	Heating Capacity (7°C)	kW	13	21.5	28	52	48	56	100	105	200
		Power Input	kW	5.32	8.7	11.3	20.5	20	22.7	42.2	42.5	84.4
		COP	kW/kw	2.44	2.47	2.48	2.54	2.4	2.47	2.37	2.47	2.37
-20°C/-	41°C	Heating Capacity (-12°C)	kw	10.5	17.8	22.8	40	39	45	85	87	170
		Power Input	kW	5.1	8.7	11.1	20	19	22	41	41	81.4
		COP	kW/kW	2.06	2.05	2.05	2	2.05	2.05	2.07	2.12	2.09
IPLV(H)				2.65	2.71	2.72	2.8	2.83	2.72	2.71	2.86	2.7
Compressor			Type	Fully Enclosed Scroll
Compressor			Qty.	1	1	1	2	2	2	2	2	4
Fan			Type	Low Noise Axial
Fan			Qty.	1	2	2	2	2	2	2	2	4
Water Heat Exchanger			Type	High Efficiency Coil / Shell & Tube	Coaxial		High Efficiency Shell & Tube
Pipe Connection			DN	25	32	40	50	50	50	65	65	100
Water Flow Rate			m³/h	2.75	5.5	7.22	10.32	11.18	14.45	22.36	22.36	44.72
Water Pressure Drop			kPa	26	35	35	40	45	50	45	45	80
Refrigerant		Type		R22	R410A	R410A	R410A	R410A	R410A	R410A	R410A	R410A
Refrigerant		Charge	kg	5.5	9	11	2×8	2×9.5	3×10.5	2×13.5	2×15	4×15
Power Supply				3N~380V 50Hz
Dimensions	Length		mm	880	1500	1720	2056	2005	2160	2270	2270	2600
	Width		mm	800	760	850	1106	1005	1110	1286	1300	2285
	Height		mm	1230	1140	1140	2045	2000	2000	2130	2250	2470
Sound Pressure Level			dB(A)	≤60	≤60	≤62	≤69	≤68	≤70	≤74	≤72	≤78
Net Weight			kg	240	350	420	800	650	1000	1300	1300	2600
Note: Specifications, performance, and product design are subject to change without prior notice due to continuous product improvement. Please refer to the product nameplate for the final specifications.

Variable Frequency Low Temperature Air Source Heat Pump (Chilled Water) Unit

Unit Model		KLR-09A/BP	KLR-14A/BP	KLR-16A/BP	KLR-18A/BP
Nominal Cooling	Cooling Capacity (kW)	7	10	12	14
	Power Input (kW)	2.5	3.4	4.2	4.9
	COP	2.8	2.94	2.86	2.86
Rated Heating	Heating Capacity (kW)	10	14	16	18
	Power Input (kW)	3	4.2	4.9	5.7
	COP	3.33	3.33	3.27	3.16
Nominal Heating	Heating Capacity (kW)	6	9.5	12	13.5
	Power Input (kW)	2.5	3.9	5	5.6
	COP	2.4	2.44	2.4	2.41
Low Ambient Heating	Heating Capacity (kW)	5.4	7.7	9.3	10.9
	Power Input (kW)	2.7	3.67	4.43	5.19
	COP	2	2.1	2.1	2.1
IPLV(C) / IPLV(H)		3.72 / 2.82	3.72 / 2.83	3.72 / 2.81	3.72 / 2.82
Power Supply		220V~50Hz	220V~50Hz	220V~50Hz	220V~50Hz
Max. Power Input (kW)		3.9	6	6.9	7.4
Max. Operating Current (A)		18	28	32	34.5
Heating Ambient Temperature Range (°C)		-30 ~ 43	-30 ~ 43	-30 ~ 43	-30 ~ 43
Cooling Ambient Temperature Range (°C)		15 ~ 49	15 ~ 49	15 ~ 49	15 ~ 49
Refrigerant		R410A	R410A	R410A	R410A
Protection Devices		High/Low Pressure, Exhaust, Water Flow, Anti‑Freeze, Overcurrent, Phase Loss Protection
Expansion Device		Electronic Expansion Valve
Water Heat Exchanger		High Efficiency Plate Heat Exchanger
Air Heat Exchanger		High Efficiency Fin Tube Heat Exchanger
Water System	Water Flow Rate (m³/h)	1.2	1.7	2.1	2.4
	Water Pressure Drop (kPa)	20	24	26	28
	Max. Working Pressure (MPa)	1	1	1	1
	Water Pipe Connection	Rc3/4″	Rc1″	Rc1″	Rc1″
Dimensions	Length (mm)	1036	1036	1036	1036
	Width (mm)	406	406	406	406
	Height (mm)	770	1410	1410	1410
Noise (Sound Pressure Level)	dB(A)	≤50	≤50	≤50	≤55
Operating Weight (kg)		80	125	125	133
Main Unit Electric Shock Protection Type		Class I	Class I	Class I	Class I
Main Unit IP Rating		IPX4	IPX4	IPX4	IPX4
Note: 1. Nominal Cooling Condition: Outdoor DB/WB Temperature: 35°C/24°C, Outlet Water Temperature: 7°C; 2. Rated Heating Condition: Outdoor DB/WB Temperature: 7°C/6°C, Outlet Water Temperature: 45°C; 3. Nominal Heating Condition: Outdoor DB/WB Temperature: -12°C/-14°C, Outlet Water Temperature: 41°C; 4. Low Ambient Heating Condition: Outdoor DB Temperature: -20°C, Outlet Water Temperature: 41°C. 5. Models, specifications, and performance are subject to change due to product improvements. Please refer to the actual product and nameplate for final specifications.

Central Air Conditioning for Heating and Cooling

Smart Cabin Mushroom Room

Air Source Heat Pump System

Edible Fungi Air Conditioner

Plant Factory System

Product Series

Application Areas

Performance Characteristics

Solve Both Heating and Cooling Needs in One Step for Ultimate Comfort

Smart Control

Widely Adaptable to All Kinds of Weather

Energy-Saving and Efficient

Eco-Friendly

Flexible Installation

Long Lifespan

Premium Parts

Finned Heat Exchanger

Dedicated Compressor

Four-Way Valve

Bi-Directional Liquid Storage Tank

Thermal Expansion Valve

Plate Heat Exchanger

Gas-Liquid Separator

Plate Heat Exchanger

Motor

Technical Principle

Energy Saving Comparison

Comparison of Air Source Heat Pumps with Other Heating Methods

Comparison of Operating Costs of Heating Methods

Technical Parameters

Commercial Ambient Temperature Air Source Heat Pump (Chilled Water) Unit

Low-Temperature Air Source Heat Pump Water Heater Unit

Low-Temperature Air Source Heat Pump (Chilled Water) Unit

Variable Frequency Low Temperature Air Source Heat Pump (Chilled Water) Unit

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