Maximum single unit capacity: 133kW
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120°C High Temperature Air-to-Air Hot Heat Pump
Classification: Steam Heat Pump
The air-source high-temperature heat pump hot air unit is an energy-efficient heating device that utilizes cascade heat pump technology. By absorbing residual and waste heat, it achieves a stable and continuous output air temperature of 120°C, replacing traditional high-energy-consumption equipment such as gas boilers and electric heaters to meet stringent industrial high-temperature requirements.
The unit integrates Shenling's advanced design concepts and manufacturing processes, incorporating high-efficiency compressors and precise temperature control technology. It features significant advantages such as high energy efficiency, safety and reliability, a wide operating range, and intelligent control. It is widely applicable in industries such as lithium battery, pharmaceuticals, electronics, laboratories, as well as commercial and
civilian sectors.
Description
The air-source high-temperature heat pump hot air unit is an energy-efficient heating device that utilizes cascade heat pump technology. By absorbing residual and waste heat, it achieves a stable and continuous output air temperature of 120°C, replacing traditional high-energy-consumption equipment such as gas boilers and electric heaters to meet stringent industrial high-temperature requirements.
The unit integrates Shenling's advanced design concepts and manufacturing processes, incorporating high-efficiency compressors and precise temperature control technology. It features significant advantages such as high energy efficiency, safety and reliability, a wide operating range, and intelligent control. It is widely applicable in industries such as lithium battery, pharmaceuticals, electronics, laboratories, as well as commercial and
civilian sectors.
Product Features
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Disruptive high-temperature output
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Ultra-High Thermal Efficiency
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Compact Structure
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Intelligent management
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Touchscreen controller and self-diagnosis function
Specification
| Model | SHP-3500 | SHP-5500 | |
| Regeneration Air Flow | m³/h | 2500~3500 | 3600~5500 |
| Nominal Heating Capacity | kW | 72.9 | 133.1 |
| Nominal Input Power | kW | 28.1 | 48.7 |
| Nominal Inlet Air Condition | User Side Inlet: 35°C/75% | User Side Inlet: 35°C/75% | |
| Waste Heat Source Side Inlet: 60°C/35% | Waste Heat Source Side Inlet: 60°C/35% | ||
| Comprehensive Energy Efficiency | W/W | ≥2.5 | ≥2.5 |
| Compressor Type | High Temp/Medium Temp Compressor | High Temp/Medium Temp Compressor | |
| Supply Air Temperature | °C | 115~125 | 115~125 |
| Overall Dimensions (L×W×H) | mm | 1000 × 1800 × 2570 | 1500 × 2600 × 2570 |
| Unit Weight | kg | 600 | 750 |
| Power Supply | 3N+PE~380V/50Hz | 3N+PE~380V/50Hz | |
| Energy Saving Efficiency* | % | 55 | 50 |
| *Under nominal conditions, temperature rise to 120°C, energy consumption comparison between high-temperature heat pump unit and pure electric heating unit. | |||
Product Details
Why Choose Shenling
Shenling positions itself as an expert in industrial thermal energy solutions, with a product system built around high-temperature heat pump innovation and industrial waste heat utilization.
- Cost-Saving Partner
The brochure shows high-efficiency heat pump systems replacing electric heating and gas boilers, with strong energy-saving performance across multiple applications, including reported annual savings in the millions of RMB for specific projects.
- Broad Temperature Coverage
The portfolio spans 85°C, 120°C, and 150°C output levels, enabling different factory processes to be matched with the right heat grade instead of forcing a one-size-fits-all system.
- Flexible Heat Source Compatibility
Solutions are available for air source and water source scenarios, including industrial wastewater, cooling water, underground water, ground surface water, and other low-grade heat sources.
What are High Temperature Heat Pumps (HTHPs)?
High-temperature heat pumps (HTHPs) efficiently generate heat between 85°C and 150°C+ (up to 200°C) by upgrading industrial waste heat or using advanced refrigerants. They bridge the gap between traditional heat pumps and boilers, providing sustainable, high-grade heat for industrial processes (drying, steam) and high-temperature hydronic heating systems.
How does HTHPs work?
Heat pump technology is a technology that transfers heat energy from low-grade heat sources to high-grade heat sources, and is a key technology for future energy conservation and carbon reduction.
Product Video
Product FAQ
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Q1
Does the heat pump have a self-diagnosis function?
Yes. The integrated self-diagnosis function helps identify operating conditions and potential system issues, supporting easier monitoring, maintenance, and reliable operation.
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Q2
Does the heat pump support remote communication and monitoring?
Yes. It supports RS485 communication and a Modbus gateway, enabling integration with compatible building or energy management systems.
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Q3
How does the intelligent control system work?
The system features a touchscreen controller with precise temperature regulation and intelligent control, helping users monitor and adjust operating conditions accurately.
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Q4
Does it use two-stage compression technology?
Two-stage compression technology is available as an optional configuration, providing an additional solution for applications requiring enhanced high-temperature performance.
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Q5
Can it operate efficiently in ultra-low ambient temperatures?
Yes. The system is designed for efficient and stable operation under ultra-low ambient conditions, with heating operation down to -35°C.
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Q6
Can multiple units be combined?
Yes. Its modular design allows multiple units to be flexibly combined according to the required heating capacity and system configuration.
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Q7
Does it require a waste heat source?
No. As an air source heat pump, it uses ambient air as the heat source and does not require a dedicated industrial waste heat source, providing greater installation flexibility.
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Q8
What is the maximum capacity of a single unit?
The maximum capacity of a single unit is 350 kW. The modular design also allows multiple units to be combined for larger heating requirements.
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Q9
What is the lowest ambient temperature at which it can operate?
The heat pump is designed for stable heating operation at ambient temperatures as low as -35°C, making it suitable for cold-climate applications.
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Q10
What is a 95°C Air Source Scroll HTW Heat Pump?
It is a high-temperature air source heat pump designed to provide stable heating output with a maximum water outlet temperature of 95°C.