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R32 Commercial Heat Pump Water Heater

  • ​​​Standard and PV direct-driven configurations for commercial hot-water projects.
  • 26 / 40 / 55 / 110 / 210 kW rated heating capacity at air 20/15°C, water 15→55°C.
  • EVI control with a declared heating ambient range of −25 to 45°C.
  • Maximum outlet water temperature: 60°C.*
  • GMCC compressors in the two smaller classes; Hitachi inverter in 55 / 110 / 210 kW classes.
  • Project cascade control for up to 16 units, subject to the confirmed control configuration.

*Minimum ambient and maximum outlet temperature are separate limits.

 

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Description
Specification
FAQ

Hot-water capacity.

Two energy configurations.

Compare project demand, climate and solar-input requirements in one product family.

GOODHEAT R32 commercial water heater outside a hotel washroom with basin and towels

Hot water up to 60°C.

Built around your demand.

Match the heat pump to daily consumption, peak draw-off and recovery time. Five listed capacity classes support selection for commercial hot-water projects.

Maximum outlet water temperature: 60°C.

GMCC in the 25 / 40 kW classes; Hitachi inverter in 55 / 110 / 210 kW classes.

Confirm the permitted outlet temperature at the winter design ambient.

Put solar power

into hot-water planning.

Select the PV direct-driven configuration where solar electricity is part of the project. Dedicated PV input data are separated from the shared heating-performance table.

Declared PV input voltage range: 130–750 V DC.

PV max. input power: 16 kW; larger classes list 16 × 2 / 16 × 4 kW.

Confirm the permitted array wiring, channel arrangement and electrical limits.

GOODHEAT R32 commercial heat pump water heater beside rooftop solar panels
GOODHEAT R32 commercial heat pump with twin front fans in a winter setting

Cold-weather operation.

Specified by condition.

The current sheets list EVI control and a heating ambient operating range of −25 to 45°C. Three air-temperature rating points support more informed winter sizing.

Standard rating: air DB/WB 20/15°C; water 15→55°C.

Lower-temperature ratings: air 7/6°C and −7/−8°C; water 9→55°C.

Confirm the available water temperature at the actual winter design point.

From 26 to 210 kW.

Match the project load.

Choose among five standard-condition heating outputs: 26, 40, 55, 110 and 210 kW. Use the model comparison to check the lower-temperature output, water flow and physical footprint.

The source “25 kW” class has a 26 kW standard-condition rating.

Rated water flow ranges from 4.5 to 36 m³/h across the listed classes.

Check peak draw-off and recovery demand together with storage volume.

GOODHEAT R32 top-discharge commercial heat pump in a building service yard
Multiple GOODHEAT R32 commercial heat pumps arranged in an outdoor plant yard

Configure multiple units.

Plan a coordinated system.

The technical-support brief specifies cascade control for up to 16 units. Select the enabled controller and final unit combination around the project load and hydraulic design.

Confirm the controller, communications and enabled unit count for the order.

Plan service access, airflow and the hydraulic design for each unit.

Select Standard or PV versions against the project electrical arrangement.

Related Products

Plan your commercial hot-water project.

Share climate, peak demand, storage volume and your PV plans.

Common performance.

PV inputs clearly identified.

Select the series. Air temperatures are dry-bulb / wet-bulb (DB/WB). Scroll horizontally on smaller screens.
Capacity 25kW 40kW 55kW 110kW 210kW
Model GHWVTV-25AB1 GHWVTV-40AB1 GHWVTV-55AB1 GHWVTV-110AB1 GHWVTV-210AB1
General Specifications
AC Power Supply (V / Ph / Hz) 380~415 / 3N / 50 380~415 / 3N / 50 380~415 / 3N / 50 380~415 / 3N / 50 380~415 / 3N / 50
Operating Ambient Temperature (°C) -25~45
Maximum Leaving-Water Temperature (°C) 60
PV Electrical Specifications — PV Series only
PV Max. Input Power (kW) 16 16 16 16 × 2 16 × 4
Optimal PV Input Voltage Range (V) 130~750 130~750 130~750 130~750 130~750
Heating Performance · Air DB 20 °C, WB 15 °C / Water inlet 15 °C, outlet 55 °C
Heating Capacity (kW) 26.00 40.00 55.00 111.00 211.00
Norminal Power Input (kW) 6.12 9.40 13.00 26.00 50.00
Coefficient of Performance (COP) 4.25 4.25 4.23 4.23 4.20
Heating Performance · Air DB 7 °C, WB 6 °C / Water inlet 9 °C, outlet 55 °C
Heating Capacity (kW) 21.50 33.50 46.00 92.00 170.00
Norminal Power Input (kW) 6.14 9.60 13.10 27.00 51.52
Coefficient of Performance (COP) 3.50 3.50 3.50 3.40 3.30
Heating Performance · Air DB -7 °C, WB -8 °C / Water inlet 9 °C, outlet 55 °C
Heating Capacity (kW) 16.00 24.00 34.00 67.00 128.00
Norminal Power Input (kW) 6.40 9.80 14.40 28.50 55.10
Coefficient of Performance (COP) 2.50 2.45 2.35 2.35 2.32
Electrical & Refrigerant Specifications
Rated Power Input (kW) 8.00 13.50 17.00 36.00 80.00
Rated Current Input (A) 14.50 25.00 31.50 67.00 148.00
Refrigerant Type / Charge / Declared GWP R32 / 2.00 kg / 675 R32 / 4.40 kg / 675 R32 / 5.90 kg / 675 R32 / 8.50×2 kg / 675 R32 / 12.00×2 kg / 675
Rated Water Flow (m³/h) 4.50 6.80 9.50 19.00 136.00
Water Pressure Drop (MPa) 1.0 1.0 1.0 1.0 1.0
Water Connection (inch) DN25 DN40 DN50 DN65 DN80
Water Proof Level IPX4 IPX4 IPX4 IPX4 IPX4
Acoustic Data
Noise Level [dB(A)] 39~55 40~64 40~66 40~68 40~72
Dimensions & Shipping
Net Weight (kg) 110 160 450 780 1250
Unit Dimensions (mm) 1030×478×1330 1150×410×1650 1110×1110×2150 2200×1110×2250 2400×1160×2420

PV input values are not thermal capacity. The source 16 × 2 / 16 × 4 kW notation is retained; do not infer per-channel wiring, module quantity, MPPT topology or array compatibility from this marketing table.


The −25°C ambient minimum and 60°C water maximum are separate listed limits. Confirm the full operating envelope. COP is a point rating at the stated air/water conditions, not a seasonal efficiency or fixed saving.

Plan your commercial hot-water project.

Share climate, peak demand, storage volume and your PV plans.

Turn the requirements into a system brief.

Are all capacities fitted with Hitachi compressors?

No. The current sheets list GMCC for the 25 and 40 kW classes, and Hitachi inverter for the 55, 110 and 210 kW classes.

Why is the smallest class labeled 25 kW but rated 26 kW?

How should I size the unit for winter?

How is thermal capacity different from electrical input?

Does every unit have PV inputs?

Can I combine up to 16 units?

Can I assume 60°C output at −25°C ambient?

Where is the hourly hot-water production figure?

Plan your commercial hot-water project.

Share climate, peak demand, storage volume and your PV plans.

Description
Specification
FAQ
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