New Product: Tenesol launches new made to measure BIPV module

  • Posted in Innovations
  • Published on 16 November 2010
  • Updated on 16 November 2010
New Product: Tenesol launches new made to measure BIPV module

Tenesol has launched a new custom-made dual-glass BIPV module in Europe. The new module gives architects freedom to create tailor-made PV modules to suit individual projects.

The new TE Lumex Design will be some of the most advanced crystalline panels on the market.Integrated into energy façades, glass-roofs andsunshades, curtain walls, they will be perfectly in linewith the new European building regulations intended

to stimulate the combination of thermal efficiency and energy production in buildings.In addition, they are an aesthetically pleasing way ofgenerating renewable energy and enhancing abuilding’s green image. This new custom-made module (size, layout, screenprinting, …) is in line with your own creative projects.The TE Lumex Design uses the high-output technology of the crystalline cell. Each one isindividually measured and sorted before theencapsulation stage.

Product warranty: 5 years

Power warranty: 25 years

The new TE Lumex Design modules can be adapted to match any size, colour, shape, and style and can be integrated into façades, glass-roofs and sunshades. The product has been specifically designed to help facility managers meet the latest European building regulations, especially in countries like France where the BIPV tariff is dependant on the type of integration.

The glass on the front of the module is extra clear and Heat Soak Tempered (HST) to ensure the most effective PV production. The glass on the back offers a range of possibilities: it can be coloured, silk-printed, clear, extra clear and of varying thickness.

Benefits

• Choice of high to low light transmittance, by adding the number of cells in the module,

• Choice of dimensions of the modules,

• Choice of glass type and thickness,

• Heat-Soaked Tempered glasses for safety (HST),

• Excellent resistance to natural atmospheric corrosion.

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