greenXform residential units are compact, plug-and-play liquid heaters that feed a home’s heating circuit while also supplying domestic hot water.
Example: taking 100 litres of water from 20 °C to 45 °C and holding it there all day
The holding figures are averages; they vary with the size of the home, its insulation and the climate.
One compact unit for your home.
Heating area varies with the building’s insulation, radiator length and climate zone. Let us assess your project together for an exact figure.
Quiet operation that never disturbs your home comfort.
Fits easily into any space thanks to its small size.
Far more economical operation than conventional heating systems.
Requires no periodic maintenance; long-lasting by design.
Nothing else to buy; the system works as it comes out of the box.
The unit has a circulation pump built into it. The pump can lift water up to 8 metres.
Produces instant domestic hot water at the tap without a separate cylinder.
No wiring to run; carry it to whichever room you like.
A fuse suited to the installation is supplied in the package.
How it compares to the heating systems commonly used in homes, on operation, performance and installation.
| greenXform | Other Heating Systems | |
|---|---|---|
| Combustion and flame | None | Present in fuel-fired systems |
| Flue and gas piping | Not needed | Needed for fuel-fired systems |
| Outdoor unit | Not needed | Needed for some systems |
| Outdoor temperature dependency | None | Present in some systems; efficiency drops in cold |
| Maximum water temperature | Up to 95 °C | May be limited by the system |
| Heating speed | Instant | Generally slower |
| Noise | Silent | Burner or compressor noise |
| Maintenance | Not required | Periodic maintenance required |
| Installation | Compact, single unit | May need extra units or piping |
| Manufacturing | Made in Türkiye | Varies by maker and model |
| Lifespan | Very long | Varies by system |
Enter the liquid, how much of it and the temperature range; we will work out the time and the electricity together.
The figures are estimates. What it takes to hold the temperature varies with the insulation and the conditions.
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