BIPV - Multi-functional insert units in rooflight construction allow Solar PV modules to be used in top architectural solutions with wide ranging interior and exterior designs. As semi-transparent canopies, they provide protection against heat, sun, glare and adverse weather while also permitting the targeted use of natural light. High solar yields are ensured thanks to large surface areas with optimised tilt angles
BIPV - The standard element of a Building Integrated PV system is the Solar PV module. Individual Solar PV Cells are interconnected, encapsulated, laminated on glass and framed to form a module. Solar PV modules are connected together in an electrical series with cables and wires, to form a Solar PV array. Direct or diffuse light (usually sunlight) shining on the Solar PV Cells induces the photovoltaic effect generating unregulated DC electric power
BIPV - Semi-transparent Solar PV modules are available in a large range of applications, dimensions and shapes, colours and transparency. The Solar PV cells are embedded between two sheets of glass. The panels can also be thermally insulated, laminated and tempered for security reasons. By adjusting the distance between cells, it is possible to regulate light transmittance and the shade effect inside the building
BIPV - The wide choice of forms, colours and optical structures of the Solar PV cells, combined with different glass and profile alternatives, makes it possible to create energy efficient, innovative and environmentally aware projects. The finished laminate can be double glazed or if it is to be fitted into a structural glazing system a carrier frame can be bonded to the unit
