DC Inverter Air to Water Heat Pump Evi R32 9 to 30kw for Cold Climate

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Product Description

Technical Specifications

Model NO. RJP-150F/N2-BP2EVI
Heat Source Type Air Source Heat Pump
COP 3.6
Noise Level 57 dB (a)
Applicable Area 60 ~ 1200 Square Meter
Specification 15KW
HS Code 8418612090
Transport Package Carton

EVI DC Inverter Technology

The EVI DC Inverter Air Source Heat Pump is specially developed for cold and ultra-low temperature regions, delivering stable heating performance even under extreme ambient conditions. EVI (Enhanced Vapor Injection) is an advanced technology applied in cold-climate heat pumps to significantly improve heating capacity and system efficiency at low ambient temperatures.

By injecting additional refrigerant vapor into the compressor, the EVI system enables the heat pump to deliver more heating output while maintaining a higher COP. Compared with conventional air source heat pumps, EVI technology improves heating efficiency by approximately 25-30%, making it an ideal solution for reliable space heating in severe winter climates.

Key Features & Technical Advantages

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Cold Climate Performance Stable operation from -35°C to +45°C without performance reduction.
High Efficiency Compressor Scroll compressor with EVI R32 technology for maximum output.
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High Water Output Delivers maximum outlet water temperature up to 60°C.
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Smart Control Ready Pro Dialog Plus controller with Modbus system compatibility.
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Modular Scalability Supports factory-installed master-slave parallel operation.
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Durable Design Optional anti-corrosion protection for harsh environments.

Ideal Applications

  • 🏠 Residential heating in cold and ultra-cold regions
  • 🏘️ Villas, apartments, and small commercial buildings
  • 🏥 Schools, clinics, and public facilities in cold climates
  • 🏗️ Projects requiring stable heating performance at extremely low temperatures

Frequently Asked Questions

What is EVI technology in heat pumps?
EVI stands for Enhanced Vapor Injection. It involves injecting refrigerant vapor into the compressor to increase heating capacity and efficiency, specifically in cold climates where standard heat pumps lose performance.
How does this heat pump perform in extreme cold?
It is designed for ultra-low temperature areas, maintaining stable operation and water temperature output in ambient conditions ranging from -35°C up to +45°C.
What is the maximum water temperature this unit can produce?
The system can provide a maximum outlet water temperature of up to 60°C, making it suitable for both domestic hot water and space heating applications.
Is the system compatible with Building Management Systems (BMS)?
Yes, the Pro Dialog Plus controller is compatible with MODBUS systems, allowing for seamless integration into smart building controls.
Can multiple units be connected together?
Yes, the system features factory-installed master-slave parallel operation capabilities, allowing for modular scalability to meet higher heating demands.
How much more efficient is EVI compared to standard heat pumps?
EVI technology typically improves heating efficiency by approximately 25% to 30% compared to conventional air source heat pumps in cold environments.

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