Heat Pump iGarden Fairland Inver-X20 (X20-11C) 11.5 kW with Cooling, for up to 40 m³ - SALES DISCONTINUED

Description

New generation of the InverX heat pump from Fairland provides energy-efficient pool heating with exceptional COP performance. Read more

Product code: 565X20HP11

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iGarden Fairland Inver-X20 Heat Pump (X20-11C) 11.5 kW with Cooling, for up to 40 m3

The new generation of the InverX heat pump from Fairland delivers energy-efficient pool heating with a unique COP of 18.8. Thanks to three operating modes, it always uses only the energy actually needed to heat the pool. The new cabinet design allows for even more efficient ventilation while also looking elegant by the pool. The digital touch display on the front panel is easy to use and shows current consumption. Thanks to the new-generation heat exchanger, the unit’s heat transfer has increased by 30%. The heat pump can operate in a temperature range from -20°C to 43°C.

Advantages:

Metal housing with powder-coated finish
Titanium heat exchanger with 3D spiral
Housing made of aluminum alloy
Hexagonal design
Power regulation in different operating modes:
Silence (compressor output 20%~60%)
Smart (compressor output 20%~100%)
Turbo (compressor output 20%~120%)

What is iGarden?

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 as low-effort as possible. iGarden products include robotic cleaners, smart filtration systems, pumps, heat pumps, salt chlorinators, and robotic lawn mowers, all of which together 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 overview through an app that serves as the central control point for all devices. Through the app, it is possible to monitor pool water conditions, 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 according to 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. The user can therefore relax and enjoy their outdoor space without unnecessary manual work.

Our iGarden product range

Advantages of the Fairland Inver-X20 inverter heat pump

10x quieter operation than a classic "step inverter" and 5x quieter than a full inverter
operates down to -20°C, only if water circulates through the heat pump 24/7 (every day of the week, every hour)
heating and cooling function
50 - 70% higher COP than a classic "step inverter" and 20 - 30% higher
COP than a full inverter
has a simple and intuitive control panel
modern, designer look
built-in WI-FI module
Can communicate with smart home systems such as Loxone

Performance

Performance under conditions Air 26 °C / Water 26°C / Humidity 80%:

COP: 20.2~7.6
COP at 50% output: 15.0
COP at 20% output: 20.2
Heating output (kW) - Turbo Mode: 11.5
Heating output (kW) - Smart Mode: 9.0

Performance under conditions Air 15 °C / Water 26°C / Humidity 70%:

COP: 8.7~5.6
COP at 50% output: 7.5
COP at 20% output: 8.7
Heating output (kW) - Turbo Mode: 7.7
Heating output (kW) - Smart Mode: 6.4

Performance under conditions Air 7 °C / Water 26°C / Humidity 90%:

Heating output (kW) - Turbo Mode: 6.6
COP: 7.2~4.9

Performance under conditions Air 35 °C / Water 28°C / Humidity 80%:

Cooling output (kW): 5.0

What is COP?

From the English term Coefficient of Performance. COP indicates the efficiency of a heat pump, i.e. how much output (kW) the heat pump delivers to the heating system (pool) for 1 kW of input. The higher this factor (coefficient), the less electrical energy the heat pump consumes.