V20 GAHP

Heating Capacity 20kW [68 MBH]

V20 GAHP produces hot water up to 140 F for space heating and domestic supply. It reduces energy consumption by up to 40% compared with common boilers and furnaces.

Application: Small homes, houses

Technical information

Item Unit specification
Nominal heating capacity
kW [MBH]
21.2 [72]
Water flow rate
m3/h [GPM]
>=2 [8.8]
Water side pressure drop
KPa [Psi]
>=20 [2.9]
Rated thermal input
kW
11.3
Rated natural gas consumption
m3/h [therm/hr]
1.2 [0.42]
Power supply
220V/1Ph/60Hz
Electricity power input
kW
0.31
Unit weight
Kg [lb]
445 [981]
Noise
dB(A)
50
Water pipe (threaded)
In
Rc 1 1/4 (DN32)
Gas pipe (threaded)
In
RC 1/2 (DN15)
Length
mm [in]
1120 [44]
Width
mm [in]
750 [30]
Height
mm [in]
1812 [71]

V35 Residential Combo GAHP

Heating Capacity 35kW [120 MBH]

V35 Residential Combo GAHP consits of 20 kW GAHP and 15 kW condensing boiler in one units, producing hot water up to 140 F for space heating and domestic supply. It reduces energy consumption by up to 40% compared with common boilers and furnaces.

Application: Small homes, houses

Technical information

Item Unit specification
Nominal heating capacity
kW [MBH]
35 [120]
Water flow rate
m3/h [GPM]
>=2 [8.8]
Water side pressure drop
KPa [Psi]
>=20 [2.9]
Rated thermal input
kW
23.6
Rated natural gas consumption
m3/h [therm/hr]
2.5 [0.87]
Power supply
220V/1Ph/60Hz
Electricity power input
kW
0.73
Unit weight
Kg [lb]
476 [1050]
Noise
dB(A)
50
Water pipe (threaded)
In
Rc 1 1/4 (DN32)
Gas pipe (threaded)
In
RC 1/2 (DN15)
Length
mm [in]
1120 [44]
Width
mm [in]
750 [30]
Height
mm [in]
1812 [71]

WHY COMBO GAHP?

When the temperature drops, the capacity of the GAHP is reduced, and the backup boiler is the perfect match to meet the building pick load and maintain resiliency.

GAHP ADVANTAGES

  • The efficiency of GAHP can reach up to 140% because it extracts thermal energy from the surrounding air (a free source of energy);
  • Consumes less energy compared with common boilers and furnaces;
  • GAHPs are equipped with step-less burners to overcome the heating load instability;
  • The refrigerant inside the GAHP cycle is Ammonia with zero ODP & zero GWP;
  • GAHP electricity consumption is small relative to the primary fuel, which is natural gas;
  • GAHPs can operate with renewable natural gas (RNG);
  • GAHPs are Cold Climate Equipment which maintains desired capacity and efficiency at very low ambient temperatures (-30 °C).