Select one option
Please call me so we can discuss my needs
Complete our solar thermal online survey
Complete our solar PV online survey
Click here to close this box
Flat plate solar collectors
These efficient flat plates are built to the highest standards by the respected and long-standing German engineering company Schüco.
-
Excellent performance – up to 2 kW of power from a single panel;
-
Beautifully designed, giving clean-looking lines on the roof;
-
Exceptional build quality – 35-year expected life.
Soltrac recommends flat plate collectors for most domestic properties as they are robustly constructed and incorporate very mature technology.
The panels can either be set into the roof ("in-roof"), making them look like a large skylight window (see picture gallery below). This
-
Saves on tiles or slates when a roof is being newly covered;
-
Is the preferred option when visual impact is important (e.g. in a Conservation Area.)
Or the panels can be be fitted on brackets and rails above the tiles ("on-roof"). This
-
Costs slightly less than "in-roof";
-
Is preferred if the available roof area is close to a ridge, edge or other obstruction, or the tiles are very large;
-
Is the only option if the roof is shallow (less than 22 degrees roof pitch).
Two panels are suitable for most homes but more can be added if the roof orientation is not ideal or if hot water demand is particularly high. Usually the collectors are mounted next to one another in a portrait format, but they can also be configured to match the available roof area, e.g. as a long narrow array with collectors in landscape format (see picture gallery below).

Picture gallery
Move your mouse over the list below to see the images:
In-roof with clay tiles
In-roof close up
In-roof with slates
In-roof before tiles replaced
On-roof panels
On-roof panels (3)
A typical Soltrac installation on a period property. Note that the panels hardly protrude above the surface of the tiles. Each solar panel is 2156 x 1056 mm in size, and each produces up to 2kW of useful heat in full sun.

