Solfos is Nobel’s solar heater built for projects, hotels and large facilities, in 200 L and 300 L capacities. Engineering design, installation and support by Aurora.
Highlights
- Built for hotels, projects and large facilities
- 200 L and 300 L capacities
- Galvanized cold-rolled steel tank, enamel-coated per DIN 4753
- Flat-plate collector with low-iron tempered glass, ~95% absorption
Solfos is Nobel’s solar heater designed for large, simultaneous demand — hotels, facilities and large projects that need a central solar water-heating system at scale, not a single home unit. Aurora engineers the design around the facility’s consumption, installs it and supports it.
Why Solfos
- Built specifically for projects, hotels and large facilities
- Available in 200 L and 300 L per unit
- Number of units is set by engineering design, based on consumption
- Magnesium anode and a large flange for easy maintenance
Approved specification
- Galvanized cold-rolled steel tank, 2.5 mm thick, enamel-coated at 860°C per DIN 4753
- Surrounding heat exchanger (jacket), 1.5 mm thick
- High-density polyurethane insulation, 5 mm thick
- Magnesium anode and a large flange for easy maintenance
- Flat-plate solar collector with tempered low-iron glass, 3.2 mm thick
- Selective-coating absorber, about 95% absorption rate
Who Solfos is for
Hotels, large facilities and projects that need central solar water heating at scale — the system is engineered to actual consumption, not a fixed off-the-shelf size.
The next step
To size the right number of units we need to see the facility and its consumption figures. Book a consultation/engineering survey and we’ll design the right system for you.
FAQ
Who is Solfos for?
Solfos is designed for projects, hotels and large facilities, not ordinary home use. It is available in 200 L and 300 L capacities within a central system sized to the facility’s consumption.
What capacity is Solfos?
It is available in 200 L and 300 L capacities. The right number of units for your facility is set in the engineering survey based on consumption and peak hours.