BIPV - Solar PV building materials are used to replace conventional construction materials in the various parts of a building’s external envelope. Building Integrated PV can turn the windows and the curtain walls of a building into a multi functioning, high performance, solar energy power plant

BIPV - Double glazed photovoltaic glass insulation units can be incorporated in a building project, to improve the thermal insulating properties. In order to achieve even better thermal insulation, triple glazed photovoltaic units can also be considered. Triple glazed photovoltaic units generally contain an additional inner pane of glass incorporated in a double glazing unit. The air gaps between the glass panes can be filled with argon to further improve thermal performance

BIPV - Photovoltaic transparent glass takes advantage of sunlight to illuminate the building. The transparent Building Integrated Photovoltaic glass allows sunlight to pass through and building occupants to enjoy views out, while screening out ultra-violet and infra-red radiation. The building designer can choose 10 per cent, 20 per cent or 30 per cent semi-transparency depending on the level of lighting required

BIPV - One of the main advantages of Solar PV laminated glass is that it can be used in ventilated Building Integrated PV facades and roofs. The laminated safety glass is comprehensively tested for wind forces, seismic activity and impact resistance. With the use of laser cutting technology, the faces of the glass panels can be modeled to obtain different patterns to bespoke designs. It is possible to combine any pattern with any degree of semi-transparency to spectacular effect