Designed to make installation a quick and simple process with no extra materials or training needed.
All fitted above the waterproof membrane, reducing the need to return to site post-install and making it an ideal system for installers and contractors.
Helps ease planning issues by meeting building regulations and addressing visual impact concerns.
The low-profile system blends with the surrounding tiles, for a glare-free finish that complements the home's design.
Ideal for combining with other green technologies, such as air source heat pumps and battery storage, whether grid-tied or off-grid.
The system is tailored to suit specific energy requirements. Up to 98% of the roof area can be covered, maximising total output potential.
Adding only 5.8kg/m2 it places less load on the structure and makes it easier to handle, transport and install.
The smooth tile surface just needs water to help stay naturally clean.
Subjected to severe conditions to ensure durability and performance in a variety of climates and locations.
Simply installed as part of the roof tiling process, reducing the amount spent on materials and labour.
Fixed to the battens exactly like a normal roof tile and then simply clipped together in rows along the roof using MC4 IP67 push-fit connectors. The number of tiles fitted depends on the amount of energy your client needs from the array.
Once daisy chained, the end tiles of each row connect to the two combiner wires, which run directly to the inverter. With no extra fixings or fittings required, it really could not be easier to install.
Designed to be fully compatible with battery storage solutions and complement other green technologies such as air source heat pumps.
The tailoring of our system makes it ideal for a wide range of roof types and layouts, including those not suitable for conventional panels. The flexibility allows us to cover 98% of the available surface area, maximising both ergonomics and output to generate more renewable energy per roof.
Get in touch today and we will work with you to help create the ideal system for your client’s project.
|Solar Module Type||Photovoltaic (BIPV)|
|Solar•Tile Cell Efficiency||17.39 %|
|Solar Components weight per m2||5.8kg|
|Min Pitch||22.5 °|
|Max Pitch||80 °|
|Solar System (kWp)||No. of Solar•Tiles required||Roof space (m2)||Electricity generated per year (kWh) *||CO2 offset per year (kg) **|
* Based on a south facing roof producing 850kWh per kWp.
** CO2 offset figures using the SAP calculation method – 0.568kg per kWh.
Let’s talk about your project & how we can help