SPLIT R32 DC INVERTER · Air-to-Water Heat Pump
HPGS-V14HW/ HPGS-V16HN
The HPGS-V14HW / HPGS-V16HN is a near-commercial grade split-type air-to-water heat pump with a robust nominal thermal capacity of 14.0 kW (typically configured for a stable three-phase 380V supply). The system pairs the high-performance HPGS-V14HW indoor hydro-module with the heavy-duty HPGS-V16HN outdoor unit (which serves as the physical chassis and massive heat exchanger platform for this capacity class). We recommend this high-output "14-kW" setup for spacious private homes, multi-level residences, and light commercial properties ranging from 120 to 150 m². It is highly effective for buildings with extensive floor heating loops combined with low-temperature radiators or fan coils that demand sustained thermal power.
MODELS
Year-Round Comfort
This heavy-duty split system acts as a central climate engine certified for stable heating in extreme winter climates down to -28°C and high-capacity cooling in summer up to +43°C. Operating on a fully reversible cycle, it delivers chilled water for active fan-coil cooling or underfloor cooling during peak summer heat. Managed by SENSEI's advanced DC inverter control, the system regulates water temperature delivery with a precise accuracy of 0.5°C, preventing sudden temperature drops or uncomfortable thermal swings.
Technical Advantages & Features
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Top-Tier Seasonal Efficiency (A+++ Class): Powered by advanced DC inverter technology, the system extracts up to 75% of its total thermal output from the ambient outdoor air, minimizing seasonal utility costs even under demanding winter conditions.
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Freeze-Safe Split Design: All water-carrying hydraulic connections and components are safely housed inside the indoor hydro-module (HPGS-V14HW). This completely eliminates any risk of external pipe bursts or freezing during unexpected winter power grid outages.
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Premium Twin-Rotary DC Compressor: Houses a high-capacity inverter compressor with enhanced acoustic blankets, delivering low-vibration, whisper-quiet performance despite its high output.
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Ozone-Safe R32 Refrigerant: Fully optimized to run on next-generation R32 refrigerant, which increases thermodynamic heat transfer efficiency by 10% and has a lower global warming potential (GWP) compared to older systems.
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Color Touchscreen Controller: Features an integrated wired touchscreen controller to program complex weather-dependent heating curves, vacation modes, and DHW sanitization cycles.
Installation & Operation Insights
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From our engineering teams' experience: For a powerful system like the HPGS-V14HW / HPGS-V16HN, a properly sized buffer tank (typically 80 to 100 liters) is highly recommended to ensure smooth defrost cycles and prevent compressor short-cycling.
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We mount the heavy outdoor unit on reinforced floor-standing platforms with industrial-grade rubber vibration-damping mounts to completely isolate mechanical hum from the building's structural walls. Since the connection between the indoor hydro-module and outdoor unit relies exclusively on copper refrigerant line sets (3/8" liquid and 5/8" gas), no water pipes run outdoors, making the system inherently freeze-proof.
Best Suited For:
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Owners of spacious private houses and cottages (120–150 m²) who want to transition away from traditional gas or solid-fuel boilers to a high-efficiency green energy system.
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Properties with extensive underfloor heating loops and domestic hot water demands, where consistent, high-capacity flow rates are required.
Might Not Be Suited For:
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If your home's total heated area is well under 100 m², the 14.0 kW capacity will be oversized and can lead to inefficient compressor cycling; in this case, the HPGS-V10HW / HPGS-V12HN or HPGS-V8HW / HPGS-V8HN is a much more balanced choice.
PACKAGE CONTENTS
- Indoor unit
- Outdoor unit
- Remote control
- Installation manual
- Warranty card
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High pressure-ratio compressor
High pressure-ratio compressor — up to 13 — with better performance at low ambient temperatures. Renowned GMCC brand. DC rotary inverter compressor. Refrigerant: R32.
DC fan motor
Brushless DC fan motor. Higher efficiency, low noise level
Larger heat exchanger
A larger heat exchanger to match the required heat-exchange area at low ambient temperatures. Flat-type fins improve defrosting efficiency.
Integrated PCB
The integrated PCB for the single-phase unit reduces the risk of damage to each component.
Plate heat exchanger
Efficient heat transfer for both heating and cooling. Compact footprint. Withstands high temperatures and high pressure.
Inverter water pump
High-efficiency inverter water pump. Brand: Wilo Para series. Water head is 9 m for the 8 kW, 12 kW, and 16 kW hydronic modules. CE and VDE compliant, 50/60 Hz.
Expansion tank
When water heats up, it expands and its pressure rises. Without room for thermal expansion, serious problems can occur in the water system, including failure or rupture. The expansion tank maintains stable pressure in the water system. Pre-charge pressure: 0.15 MPa. Volume: 2 L.
KEY SPECIFICATIONS
- Compressor Type
- Rotary DC inverter
- Power Supply
- 380~415/3/50 V/Ph/Hz
- Capacity (kW)
- 14
- Poles
- 6
- Speed (rps)
- 12~120
- Oil
- POE/1000mL
- Motor Type
- Brushless DC motor
- Number of Fans
- 2
- Heat Exchanger Rows
- 2
- Compressor model
- EKTF400D64UMU
- Charge Volume (kg)
- 3,6
- Tube Pitch × Row Pitch (mm)
- 25x21,7
- Heat Exchanger Tube Type and Diameter
- Ф9.52 grooved copper pipe
- Fin Spacing (mm)
- 1,6
- Heat Exchanger Fin Type
- Hydrophilic aluminum
- Heat Exchanger Dimensions
- 995x1350x43,3
- Number of Turns
- 7
- Pipe Diameter (OD, mm)
- Ф9.52
- Expansion Device
- EXV
- Compressor Manufacturer
- GMCC
- Safety Valve (kPa)
- 600
- Expansion Tank (volume, L)
- 2
- Pump Head (m)
- 9
- Number of Phases
- 1
- Max. water pressure (kPa)
- 800 kPa
- Nominal pressure (kPa)
- 150 kPa
- Rated power consumption (kW)
- 3kW
- Rated current (A)
- 13,6A
- refrigerant_topup
- (Total pipeline length is -5)m*30 g/m
PERFORMANCE
- Air Flow (m³/h)
- 6100 m3/godz
- EER Energy Efficiency
- 2,82 kW/kW
- COP Energy Efficiency
- 3,4
- Maximum Current Draw (A)
- 10,5
- Energy Efficiency Class (water 35°C)
- А++
- Energy Efficiency Class (water 55°C)
- А++
- Max. Power Consumption (kW)
- 5,5
- Max. power consumption, indoor (kW)
- 3,6 kW
- Max. current, indoor (A)
- 17 A
- SCOP Energy Efficiency
- 4,29 kW/kW
- Power Consumption (kW)
- 3,26
- Hot Water Temperature
- 40~60°C
- Hot water supply, indoor (°C)
- 40~60°C
SOUND AND CONVENIENCE
- Indoor Unit Noise Level (dB)
- 45
- Outdoor Unit Noise Level (dB)
- 70
INSTALLATION AND PIPING
- Maximum Line Length (m)
- 50 m
- Operating Temperatures (Heating)
- -28~43°C
- Operating Temperatures (Cooling)
- -5~46°C
- Liquid Pipe Diameter (mm)
- Ф9.52
- Gas Pipe Diameter (mm)
- Ф15.88
- Height Difference (above, m)
- 20
- Height Difference (below, m)
- 20
- Connecting Pipe Diameter (outlet)
- DN32
- Connecting Pipe Diameter (inlet)
- DN32
- Cooling water temp, indoor (°C)
- 5~25 °C
- Cooling water temp, outdoor (°C)
- 5~25°C
- Heating water temp, outdoor (°C)
- 25~60°C
- Heating water temp, indoor (°C)
- 25~60°C
INDOOR UNIT DIMENSIONS AND WEIGHT
- Indoor Unit Weight (kg)
- 48/56 kg
- Packing W×H×D, indoor (mm)
- 620*1105*425 mm
- Indoor Unit Dimensions (W×D×H)
- 490*910*340 mm
OUTDOOR UNIT DIMENSIONS AND WEIGHT
- Outdoor Unit Weight (kg)
- 124/138 kg
- Packaged Dimensions (W×H×D, mm)
- 1095x1545x485 mm
- Outdoor Unit Dimensions (W×D×H)
- 1014x1430x450 mm
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