Allbrite UK Ltd are MCS Accredited installers which enables you to take advantage of the feed-in tariff or Renewable Heat incentive (RHI available in July 2011). As MCS accredited installers you will be assured the highest level of quality and service.
Allbrite UK Ltd is a National company and carry out solar installations throughout the UK, Since Allbrite is based in North Wales it is logical that a lot of their solar PV installations are carried out in the North Wales Area.
Array Size: 1.48kw
Yearly Generation: 1258 Kw/H a year
Estimated Yearly Income: £614.00
This installation was carried out in August 2010 and took 2 days to complete. We used Kyocera solar photovoltaic panels connected to a Fronius IG15 inverter. As you can understand the quality of the products are just as important as the quality of the installation.
Mrs Jones of Mold, North Wales was very pleased with the installation and was suprised at how much electricity was being generated. Mrs Jones has since recommended to others the benefits of solar photovoltaic Panels and the service which Allbrite UK Ltd Provided.
Array Size: 1.72kw
Solar Water Size: 22 Panel (2.29Kw)
Yearly Generation (PV): 1462 Kw/H a year
Estimated Yearly Income (PV): £713.00
This installation on this property is for solar photovoltaic panels as well as solar water heating. The householders of this property saw the benefits of the energy generation / saving that the Allbrite Products offer.
With Allbrite's electric underfloor heating being the only heating source, solar photovoltaic panels generating electricity and solar water heating to heat the water, this property should have little to no running costs.
Array Size: 2.15kw
Yearly Generation: 1828 Kw/H a year
Estimated Yearly Income: £892.00
The installation on this property in Broughton, North Wales is a 2.15Kw Array using Kyocera KD215 panels and fronius inverter. This installation had obsticles such as a conservatory and uneven ground, using a mixture of scaffold and our easy-dek access system we were able to access the roof with ease.
Additional strength to the roof was added internally to ensure the roof would be able to take the wind loads as well as heavy snow loads in the winter.