The Future of Energy Efficiency
Reclaim Energy offers the next generation of hot water solutions. Our CO2 heat pump technology is designed to drastically reduce your energy costs while providing reliable, environmentally friendly hot water for your home.




Glass Lined Cylinder Range

Glass Lined 160L
Model - REHP-CO2-160GL-V2.
Optimized for small households and compact spaces, offering peak efficiency and long-term durability with a minimal footprint. Ideal for small units with 1–2 people.

Glass Lined 250L
Model - REHP-CO2-250GL-V2
Ideally suited for moderate hot water usage in homes with 3–4 people.

Glass Lined 315L
Model - REHP-CO2-315GL-V2
Built for expanding households with increased water demand or for people who freequently host guests.

Glass Lined 400L
Model -
REHP-CO2-400GL-V2
Ideal for big households with high demand, this system features one of the most spacious storage tanks available today.

315L Stainless Steel.
Model - REHP-CO2-400DX-V2
Constructed from high-grade 316L stainless steel for maximum corrosion resistance and structural integrity in harsh Australian conditions.
Premium Stainless Steel Range

400L Stainless Steel.
Model - REHP-CO2-400DX-V2
A superior investment that offers a longer lifecycle than standard systems, backed by a comprehensive premium warranty.
General System Information
Operational Efficiency
The Reclaim Energy Heat Pump utilizes advanced CO2 technology to extract heat from the air, delivering up to 80% energy savings compared to traditional electric water heaters.
Environmental Impact
Using CO2 (R744) as a natural refrigerant, our systems have a Global Warming Potential (GWP) of just 1, making them the most eco-friendly choice for sustainable Australian homes.
Built for extremes
Engineered to perform in temperatures ranging from -10°C to 45°C. The system includes an intelligent controller to maximize PV solar self-consumption during the day.
Precision Engineering
Featuring a quiet operation (37dB), the system integrates seamlessly into residential spaces without noise disruption while providing consistent hot water recovery rates.


