A pool heat pump with patented technology designed for above-ground pools and hot tubs. The pump features a housing made of high-quality galvanized steel and is available in an exclusive black finish. Thanks to the revolutionary airflow design inside the heat pump, it operates very quietly (46 dB - similar to a refrigerator). Unlike a conventional heat pump, it does not have a front-facing fan, so it is not space demanding and requires only 0.5 m of clearance around it. Thanks to the R32 refrigerant used, the Fuego heat pump is more environmentally friendly.
Advantages:
iGarden is a modern brand focused on smart solutions for gardens and pools, bringing automation and convenience to outdoor spaces. The core idea behind iGarden is to connect technology with design and lifestyle - the goal is to make pool or garden maintenance simple, efficient, and minimally demanding in terms of manual work. iGarden products include robotic vacuums, smart filtration systems, pumps, heat pumps, salt chlorinators, and robotic lawn mowers, all of which create an integrated ecosystem. Overall, iGarden combines IoT technologies, artificial intelligence, and smart sensors to turn the garden or pool into a comfortable, clear, and automated environment. The user has control and an overview through an app that serves as the central control point for all devices. Through the app, it is possible to monitor the pool water condition, start or schedule the robotic cleaner, set a lawn mowing schedule, control heating and filtration units as well as salt chlorinators, and even track energy consumption or the status of individual devices. The app also allows users to receive maintenance alerts and automatically optimize device operation based on current conditions - for example, weather or pool usage intensity. This interconnected system significantly simplifies garden and pool care, saves time and energy, and at the same time increases the comfort and aesthetics of the outdoor environment. This way, the user can relax and enjoy their outdoor space without unnecessary manual effort.
Performance under conditions Air 27 °C / Water 27 °C / Humidity 80 %:
Performance under conditions Air 15 °C / Water 26°C / Humidity 70 %:
From the English term Coefficient of Performance. COP determines the efficiency of a heat pump, meaning how much output (kW) the heat pump delivers to the heating system (pool) for 1 kW of input power. The higher this factor (coefficient), the less electricity the heat pump consumes.
Technical specifications
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