The Dante HS50V commercial R290 air-to-water heat pump provides an efficient, low-carbon and future-proof solution for commercial heating and cooling applications. Designed for both new-build projects and renovation applications, the system combines high seasonal efficiency, high flow temperature capability and advanced control features, meeting the requirements of modern commercial buildings.
System functions
· Space heating and cooling
· Year-round operation with high comfort and energy efficiency
Heat distribution compatibility
· Compatible with underfloor heating systems
· Suitable for radiator heating, including retrofit applications
· Supports fan coil units for both heating and cooling
With flow temperatures up to 75 °C, the HS50V is well suited for low- and medium-temperature heat distribution systems, including radiator-based and hybrid solutions.
Typical applications
· New commercial buildings
· Renovation and replacement of existing boiler systems
· Centralized heating and cooling systems for commercial facilities
Natural refrigerant R290 (GWP = 3)
This series uses the natural refrigerant R290, offering excellent thermodynamic performance with a very low Global Warming Potential (GWP = 3).
R290 ensures long-term compliance with current and future EU environmental and F-Gas requirements, making the HS50V a sustainable choice for commercial projects.
High efficiency with high-temperature capability
The system delivers outstanding seasonal efficiency while supporting high flow temperatures up to 70 °C, making it suitable for both modern low-temperature systems and retrofit installations where higher temperatures are required.
A+++ energy efficiency class
With an A+++ energy efficiency rating, the HS50V significantly reduces electricity consumption and operating costs, supporting compliance with stringent energy performance targets in commercial buildings.
SG Ready – smart energy integration
The heat pump is Smart Grid (SG Ready) compatible, allowing integration with:
· Smart grids
· Photovoltaic (PV) systems
· Dynamic electricity tariffs
This enables optimized operation based on energy availability and pricing, improving overall system economics.
Reliable performance in cold climates
Engineered for European climate conditions, the unit operates reliably at ambient temperatures down to –25 °C, ensuring stable and dependable heating performance even in cold and continental regions.
Full DC inverter technology
The frequency-controlled inverter compressor continuously adapts output to real-time demand, resulting in:
· Higher part-load efficiency
· Lower energy consumption
· Reduced mechanical stress
· Extended system service life
Low-noise design for commercial applications
Equipped with a DC inverter brushless fan motor, the HS50V enables precise airflow control and reduced acoustic emissions, supporting compliance with commercial noise regulations across European markets.
Intelligent defrost management
An advanced defrost algorithm minimizes unnecessary defrost cycles, reducing energy losses and ensuring consistent heating performance under humid and freezing conditions.
Integrated anti-freeze protection
Built-in anti-freeze protection safeguards the hydraulic circuit and key components, reducing installation risks and ensuring safe operation in low-temperature environments.
Modbus communication & BMS integration
A standard Modbus interface allows seamless integration with building management systems (BMS), enabling centralized monitoring, remote control and optimized system management for commercial and multi-unit installations.
Remote monitoring & service support
· Tuya Smart Life App for end-user remote operation
· Tuya Spatial App and SaaS platform for professional partners, enabling remote diagnostics, fault analysis and fleet management
This reduces on-site service interventions and improves after-sales efficiency.


Certifications & compliance:
· CE certified
· Designed to meet applicable EU regulations and standards for commercial heat pump applications
Performance specification:
Inverter Air Source Heat Pump Technical Data | ||
Model Number | HS50V | |
Heat output range A7/35℃ | kW | 17.70~ 54.20 |
Rated heat output at A7/W35℃ (partial load) | kW | 36.30 |
Rated power consumption A7/W35℃ (partial load) | kW | 7.60 |
Rated COP at A7/W35℃ (partial load) | 4.78 | |
Heat output at A2/W35℃ | kW | 40.50 |
Power consumption A2/W35℃ | kW | 11.57 |
COP at A2/W35℃ | 3.50 | |
Heat output at A-7/W35℃ | kW | 34.50 |
Power consumption A-7/W35℃ | kW | 10.71 |
COP at A-7/W35℃ | 3.22 | |
Heat output range A7/55℃ | kW | 17.60~52.80 |
Rated heat output at A7/W55℃ (partial load) | kW | 32.70 |
Rated power consumption A7/W55℃ (partial load) | kW | 9.97 |
Rated COP at A7/W55℃ (partial load) | 3.28 | |
Heat output at A-7/W55℃ | kW | 32.22 |
Power consumption at A-7/W55℃ | kW | 14.07 |
COP at A-7/W55℃ | 2.29 | |
Cool output range A35/W7℃ | KW | 12.20~35.80 |
Cool output at A35/W7℃ | kW | 35.80 |
Power consumption at A35/W7℃ | kW | 13.36 |
EER at A35/W7℃ | 2.68 | |
Cool output range A35/18℃ | KW | 13.20~39.5 |
Cool output at A35/W18℃ | kW | 39.50 |
Power consumption at A35/W18℃ | kW | 10.97 |
EER at A35/W18℃ | 3.60 | |
Power Supply | 380-415V/3N~/50Hz | |
Compressor | twin rotary | |
Compressor quantity | 2 | |
Refrigerant circuit quantity | 2 | |
Refrigerant R290 filling weight | kg | 2x2.0kg |
GWP R290 | 3 | |
CO2 equivalent | Tonnes | 0.0120 |
Max. power input | kW | 20.5 |
Max operating current | A | 31.5 |
Recommended circuit breaker | A | 40–50 (C-curve) |
Condenser | Plate heat exchanger | |
Medium flow range | m3/h | 3.98~9.40 |
Internal pressure drop at nominal flow | kPa | 23 |
Nominal air flow | m3/h | 18800 |
Nominal fan output | W | 750 X 2 |
Max outlet heating medium temperature | ℃ | 75 |
Anti electric shock grade | I | |
Water proof grade | IP X 4 | |
Max.Operation pressure of low side | Mpa | 3.0 |
Max.Operation pressure of high side | Mpa | 3.0 |
Max allowable pressure | Mpa | 3.3 |
Dimensions (HxDxW) | mm | 1980x900x1800 |
Pipe connector | G2" | |
Net Weight | kg | 540 |
ErP Level(35℃) | A+++ | |
ErP Level(55℃) | A+++ | |
Rated heat output Prated (35℃) | KW | 41 |
Energy efficiency ns (35℃) | 193% | |
Rated heat output Prated (55℃) | KW | 37 |
Energy efficiency ns (55℃) | 156% | |
Operating ambient temp. range | ℃ | Heating: -25~46 |
DHW: -25~46 | ||
Cooling:10~45 | ||
Sound power level LWA (ErP) | dB(A) | 76 |
The above data is tested by EN14511. A7/W35℃ means air temp. 7℃,outlet water temp. 35℃ | ||
The Sound power level is tested by EN12102 | ||
Data Sheet Download:
With rising energy costs and increasing environmental awareness, many homeowners are looking for more efficient and sustainable heating solutions. Residential heat pumps offer an effective alternative to traditional gas or oil boilers, helping reduce energy bills while lowering carbon emissions. In
With rising energy costs and increasing environmental awareness, many homeowners are looking for more efficient and sustainable heating solutions. Residential heat pumps offer an effective alternative to traditional gas or oil boilers, helping reduce energy bills while lowering carbon emissions. In
With rising energy costs and increasing environmental awareness, many homeowners are looking for more efficient and sustainable heating solutions. Residential heat pumps offer an effective alternative to traditional gas or oil boilers, helping reduce energy bills while lowering carbon emissions. In
With rising energy costs and increasing environmental awareness, many homeowners are looking for more efficient and sustainable heating solutions. Residential heat pumps offer an effective alternative to traditional gas or oil boilers, helping reduce energy bills while lowering carbon emissions. In