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Our Powerbay Gen II Heat Pump in Australia is a highly efficient solution that can help reduce your energy costs daily. For every 1 kW of electrical energy it consumes, it produces the equivalent of 4 kW of heat energy. This efficiency results in a minimum savings of 70% compared to traditional hot water systems.
In simple terms, the Powerbay heat pump water heater system uses 1 kW of electrical power to generate 4 kW of heat, effectively producing 3 kW more energy than it consumes. This means it offers a 300% increase in useful energy output relative to the electrical input, optimizing both cost and performance.
Our advanced Air source heat pump harnesses ambient heat from the environment to provide consistent, best heat pump hot water. By relying less on conventional energy sources, it is an environmentally friendly and cost-effective choice for modern households and businesses like swimming pool heat pump.
Designed for durability, with testing equivalent to 800,000 hours of use. Backed by a 5-year replacement warranty (installation with a 550kPa pressure limiting valve required).
The highest temperature that our Gen II can generate is 70°C, due to the laminar water flow injection patent, providing consistently hot water.
For continuous or daily hot water needs and can maintain a steady supply once the water is heated. Operates effectively in temperatures ranging from -7°C to 43°C, with an extended range down to -20°C using electric heating elements for added reliability, especially in cold regional areas of Australia .
A dedicated Wi-Fi app enables real-time system monitoring and program updates for better control and efficiency.
Enamel lining and a magnesium rod enhance corrosion resistance and pressure durability, ensuring long-term performance.
Built-in safety features prevent leaks, overpressure, and backflow, meeting stringent Australian standards.
Heat pumps can work effectively in cold climates, especially with modern models designed for such conditions. Many advanced heat pumps incorporate auxiliary electric elements that activate when outdoor temperatures drop too low for efficient heat extraction from the air.
When the electric element turns on, it provides additional heating capacity, ensuring consistent hot water supply even in very cold weather. This hybrid operation enhances the system’s performance and reliability in colder climates, combining the efficiency of the heat pump with the backup power of electric elements.