Pinnacle - COMING SOON!

High Efficiency with Full Inverter Technology

The Pinnacle heat pump is built around Full Inverter technology, which allows it to dynamically adjust its compressor and fan speeds based on real-time heating demands. This means it doesn’t just switch on and off like traditional systems, it modulates smoothly, maintaining optimal temperature with minimal energy waste. The result is significantly lower electricity bills and a more sustainable heating solution. This efficiency also contributes to a longer lifespan for the unit, as it avoids the wear and tear caused by frequent cycling.

Ultra-Quiet Operation

Noise reduction is a standout feature of the Pinnacle. Thanks to multilayer acoustic insulation surrounding the compressor and advanced fan design, the unit operates at whisper-quiet levels, even during peak performance. This makes it ideal for residential environments, especially in noise-sensitive areas like bedrooms, patios, or poolside installations. The quiet operation enhances user comfort and allows the system to run discreetly in the background without disrupting daily life.

Reliable in Extreme Conditions

Unlike many heat pumps that struggle in cold weather, the Pinnacle is engineered to perform reliably in outdoor temperatures as low as -15°C. This makes it suitable for regions with harsh winters or unpredictable climate shifts. Its robust design and intelligent defrosting capabilities ensure consistent heating even when frost or ice might compromise lesser systems. Whether you're using it for pool heating, domestic hot water, or space heating, the Pinnacle delivers dependable performance year-round.

Seamless Smart Connectivity

Modern convenience is built into the Pinnacle with integrated Wi-Fi and compatibility with AstralPool’s automation platforms. Users can monitor and control the system remotely via smartphone or tablet, adjusting settings, checking performance, and receiving alerts in real time. This smart connectivity not only adds ease of use but also empowers users to optimize energy consumption and troubleshoot issues quickly without needing to be physically present.