Australia's first Solar Powered All In One Heat Pump
Solar Hybrid Heat Pump
Powered directly by as few as 2 solar panels.
Delivering an industry-leading COP of up to 5.2 with ultra-low mains power consumption, it becomes even more efficient by connecting as few as two dedicated PV panels using our patented Hybrid Technology, capturing solar energy while reducing reliance on grid electricity
PV DirectTM
Hybrid Technology
Full DC
Inverter Technology
COP
R290
GWP 3 Eco Friendly Refrigerant
43 dB(A)
Ultra Quiet
WIFI
User App
Runs directly from solar
Uses free solar energy during the day for maximum efficiency
Designed to maximise solar utilisation
Capture free solar energy by day, store it as hot water for later use
- About Solar Hybrid Heat Pump
Why choose the Hybrid Heat Pump?
A Hybrid Heat Pump gives you an energy-efficient way to heat your hot water today, with the flexibility to take advantage of solar energy now or in the future.
By combining efficient heat pump technology with the option to connect dedicated solar panels, it can help reduce your reliance on grid electricity and lowers hot water running costs.
Designed for modern Australian homes, the Hybrid Heat Pump offers a smart, flexible and future-ready solution. Start with an efficient heat pump system and add solar capability when it suits your home, budget or energy needs.
Need more information? Download our brochure or get in contact with us.
What is a PV Direct-Driven Heat Pump?
A PV Direct-Driven Heat Pump Water Heater combines the efficiency of a heat pump with the power of solar energy.
Instead of relying solely on electricity from the grid, dedicated solar PV panels generate DC electricity that can be used directly to power the heat pump.
The system intelligently prioritises available solar energy, allowing the heat pump to produce hot water using the energy generated from the sun.
Adding dedicated PV panels improves system return on investment*
Engineered for Australian conditions and designed for reliable, efficient operation.
Helps reduce hot water energy costs by up to 98%*
- Need more information?
Technical Data
MODEL
SOLA-HYB270E & SOLA-HYB320E
Power Supply (AC)
220 – 240 V 50/60Hz
Rated Heating Capacity (W)
3000
Nominal Power Input AC/DC (W)
577
COP
5.2
Maximum Current (AC)
7.2 A
Water Tank Volume (L)
270 & 320
Max PV Array
4500 W
Max Input PV Current (DC)
16A
Max PV Short Circuit Current (Isc) (DC)
32 A
MPPT: Voltage Range
45 – 400 VDC
Recommended PV Modules (475W)
2 to 4
Number of Strings
1
Refrigerant
R290 / 410g
Heat Exchanger
Microchannel
Defrosting Method
4 way valve
Max Water Pressure
0.85 MPa
Outer Case
Charcoal grey metal
Expansion Valve
Electronic
Air Flow (m3 /h)
1000m3/h
IP Rating
IPX4
Air Discharge
Horizontal
Air Duct Diameter
Non-Ducted
Back Up Heater (W)
1600 W
Back Up Heater Rated Current (AC)
7.1 A
Default water Temperature (0C)
52
Max Water Temperature (0C)
70
Working Temperature Range (0C)
-7 to 46
Noise (dB(A))
43
Water Inlet/Oulet Size
G 3/4
Net Weight (kg)
130 & 146
Gross Weight (kg)
146 & 166
Unpacked Dimensions (mm)
650*650*1860 & 650*650*2090
Packed Dimension (mm)
720*720* 2005 & 720*720*2225
Need more information?
Fill out the form below and we will get back to you as soon as possible.
© 2026 Digilog Technologies Pty Ltd and Sidek IP Holdings Pty Ltd. All rights reserved. The products are protected by patents and trademarks in jurisdictions including Australia, the United States, China, the United Kingdom, the European Union, Spain and Thailand. Learn more here.
Quick Links
Contact
- 1300SOLAR2 (1300 765 272)
- 52 Barnett Ave Glynde SA 5070
- enquires@solatherm.com.au
Solatherm is a registered trademark. All rights reserved.