The low profile interlocking design allows the system to blend seamlessly with the surrounding tiles and deliver a precision finish that complements the design of the building.
Ideal for unconventional or bespoke roof designs and easily incorporated into different shaped elevation layouts. Available in a variety of styles and colour options. Can be used on structures where the presence of skylights makes it unfeasible for conventional panels to be installed.
Allows up to 98% of the roof area to be covered, maximising the energy generating capacity of the roof. The size of the array can also be tailored to meet specific output requirements by increasing the system capacity in 15W increments.
Adding less than 6kg/m2 to the existing roof structure it is one of the lightest systems available. There are no flashings or adapter plates required as the tiles simply interlock with the other standard roof tiles meaning it can also be used on weaker structures where conventional solar panels cannot be installed.
The inconspicuous design reduces the visual impact on the surrounding local community and townscape. This can also assist with planning applications, especially in conservation areas and places with strict design limitations.
Fully integrated into the fabric of the roof. It's not just on your roof, it is your roof.
Maximise functionality and minimise materials with one tile that both powers and protects your home.
A truly unique system, specifically tailored to the layout and design of your roof.
The matte finish of the Ergosun surface helps to minimise any reflective glare that is commonly associated with conventional glass panels and further enhances the system’s overall aesthetic appeal.
Suitable for both grid connected systems and off-grid applications and also fully compatible with battery storage solutions.
Ideal for a wide range of roof types and styles, from small scale allotments to large scale residential care homes.
Quick, simple installation process gets your new system online and powering your home without delay.