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R32 Commercial Air-to-Water Heat Pump

  • R32 DC inverter air-to-water heat pump for commercial heating and cooling.
  • Standard and PV Direct-Driven configurations available.
  • EVI platform with declared ambient operating range of −35 to 46 °C.
  • Dedicated low-ambient heating ratings at A−12/−14 · W50/55.
  • Vertical top discharge with single- and dual-fan cabinet designs.
  • Wired touchscreen, scheduling and documented Wi-Fi functions.
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Description
Specification
FAQ

Commercial comfort.

Engineered around demand.

Inverter heating and cooling with a choice of energy configuration.

GOODHEAT R32 dual-fan commercial heat pump outside an office building

One platform.

Two seasonal demands.

Serve water-based heating and cooling projects with three capacity classes: 50, 100 and 210 kW. Match the unit to the building load and the required supply-water temperature.

Nominal heating: 46 / 92 / 176 kW at A7/6 · W30/35.

Nominal cooling: 28 / 56 / 106 kW at A35/24 · W12/7.

Compatible project applications include offices, hospitality and commercial buildings.

Plan for winter.

Check the design point.

The R32 EVI platform combines inverter regulation with a declared ambient operating range of −35 to 46 °C. Dedicated low-ambient heating ratings help engineers assess winter demand.

At A−12/−14 · W50/55, nominal heating is 34 / 68 / 136.8 kW.

Water and outdoor-temperature limits must be checked together.

Use the supplied performance data for final model selection.

GOODHEAT R32 commercial heat pump on a cleared outdoor pad beside a snow-covered building
Two GOODHEAT R32 commercial heat pumps on separate concrete pads outside a commercial building

Capacity that follows

the project.

DC inverter regulation varies output with demand. Networked-unit functions provide a basis for modular plant design, subject to the selected controller and system configuration.

Declared heating modulation ranges: 13.9–52.8 / 28.5–107.8 / 49.7–213 kW at A7/6 · W30/35.

Vertical air discharge keeps the fan outlets above the cabinet.

Confirm cascade quantity and hydraulic design for each project.

Everyday operation.

Clearly in view.

The wired touchscreen displays current and target temperatures, operating modes and system status. The supplied manuals also cover Wi-Fi setup and networked-unit queries.

Heating/cooling selection, scheduling and silent-mode functions.

View unit status, current faults and fault history.

Controller and connected functions depend on the ordered configuration.

Wired touchscreen showing heating temperatures with a GOODHEAT R32 commercial heat pump outside the window
GOODHEAT R32 commercial heat pump beside a building fitted with rooftop solar panels

Bring solar into

the energy plan.

The PV Direct-Driven configuration adds dedicated photovoltaic input to the commercial platform. Compare the shared performance ratings and the three PV-specific electrical rows below.

Optimal PV input voltage range: 130–750 V DC.

PV input current is listed as 42 A in the supplied sheet.

Array layout and input-channel limits require project-specific confirmation.

Related Products

Build the right system for your project.

Share your location, heating load and preferred energy configuration.

Compare performance.

Check the operating conditions.

Figures are nominal, followed by the declared modulation range in parentheses. Green rows apply only to the PV configuration. Swipe horizontally on small screens.
Capacity 50kW 100kW 210kW
Model GSHVTV-50BA1 GSHVTV-100BA1 GSHVTV-210BA1
General Specifications
AC Power Supply (V / Ph / Hz) 380~415 / 3N / 50
Operating Ambient Temperature (°C) −38~46
Maximum Leaving-Water Temperature (°C) 60
PV Electrical Specifications — PV Series only
PV Max. Input Current (A) 42 42 42
Optimal PV Input Voltage Range (V) 130~750 130~750 130~750
Recommended PV Module Qty. (630 W / 50.2 V) (modules) 2 strings × 13 4 strings × 13 8 strings × 13
Heating Performance · Air DB 7 °C, WB 6 °C / Water inlet 30 °C, outlet 35 °C
Heating Capacity (kW) 46.00 (13.90~52.80) 92.00 (28.50~107.80) 176.00 (49.70~213.00)
Rated Power Input (kW) 11.10 (3.00~15.20) 22.20 (5.90~30.30) 42.33 (11.10~60.00)
Coefficient of Performance (COP) 4.14 (3.50~4.75) 4.15 (3.52~4.80) 4.16 (3.55~4.82)
Heating Performance · Air DB 7 °C, WB 6 °C / Water inlet 47 °C, outlet 55 °C
Heating Capacity (kW) 43.30 (13.50~49.50) 86.50 (27.90~102.30) 172.00 (48.60~202.00)
Rated Power Input (kW) 16.50 (4.30~19.50) 32.80 (9.00~40.10) 64.89 (17.10~79.20)
Coefficient of Performance (COP) 2.63 (2.53~3.12) 2.64 (2.53~3.12) 2.65 (2.55~3.12)
Heating Performance · Air DB -12 °C, WB -14 °C / Water inlet 50 °C, outlet 55 °C
Heating Capacity (kW) 34.00 (10.30~35.30) 68.00 (21.30~72.10) 136.80 (36.30~141.00)
Rated Power Input (kW) 19.60 (4.90~20.70) 38.80 (9.90~42.40) 79.40 (18.10~82.00)
Coefficient of Performance (COP) 1.73 (1.70~2.20) 1.75 (1.70~2.20) 1.72 (1.65~2.15)
Cooling Performance · Air DB 35 °C, WB 24 °C / Water inlet 12 °C, outlet 7 °C
Cooling Capacity (kW) 28.00 (12.20~30.60) 56.00 (25.20~62.50) 106.00 (39.40~135.20)
Rated Power Input (kW) 12.10 (5.10~17.20) 27.00 (10.70~31.10) 46.10 (18.70~73.10)
Energy Efficiency Ratio (EER)
Electrical & Refrigerant Specifications
ErP Energy Efficiency Class · 35 °C / 55 °C A+++ / A++
Max. Power Input (kW) 22.00 43.00 82.00
Max. Current Input (A) 43.50 85.00 160.00
Refrigerant Type R32
Rated Water Flow (m³/h) 8.00 16.00 30.00
Water Pressure Drop (kPa) 70 73 76
Water Proof Level IPX4
Water Connection (inch) G1-1/2 Flange DN65 Flange DN80
Acoustic Data
Noise Level [dB(A)] ≤65 ≤68 ≤76
Dimensions & Shipping
Net Weight (kg) 450 780 1250
Unit Dimensions (mm) 1100×1100×2150 2000×1110×2250 2400×1160×2450

Corresponding performance values match across both specification sheets. Capacity classes are selection labels, not constant outputs.


†42 A is not identified as a total or per-channel limit. The source suggests 13 modules × 2 / 4 / 8 strings, but does not define the input topology. Confirm channel limits, string layout and module cold-weather Voc. The optimal voltage range is not an absolute maximum voltage.


‡The current manual gives the dimensions and connections shown here. Both specification sheets instead list 210 kW as 2400 × 1160 × 2450 mm, and 50/100 kW connections as G1-1/2 and DN65. Confirm final Standard/PV drawings before construction. Noise figures are omitted because measurement conditions are not defined.

Build the right system for your building.

Share your location, heating load and preferred energy configuration.

From a model choice to a complete system.

Can Standard and PV use a shared specification table?

Yes for the matching declared performance values in the supplied sheets. The three PV rows apply only to the PV configuration. Exact electrical, model and physical details must match the order.

Is −35 °C a rated heating test condition?

How many units can be connected?

Does the unit include a circulating pump?

Why do some physical data differ between files?

Are all controller functions included in every order?

Can it be selected by building floor area?

Build the right system for your project.

Share your location, heating load and preferred energy configuration.

Description
Specification
FAQ
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