ONYX – X6 cSi glass module

FREE BIMsolar® object

ONYX SOLAR – X6 – Glass-glass products with back contact c-Si cells

The semi-transparent BIPV module with hidden busbars is applied as a second skin in Tecnalia’s office in San Sebastian, Spain.
Layers from back to front: 6 mm extra clear tempered glass / 1.8 mm EVA; c-Si solar cells / 1.8 mm EVA / 6 mm clear tempered glass.

A vertical profile system is mounted in front of the existing facade. The modules are fixated with a clip system.

ONYX Solar Products – Ventilated facades / Roofs

Contact ONYX Solar

Add this BIMsolar® object for FREE into your personal database to be BIM-ready!
SKU: N/A Categories: , ,

Description

PRODUCER DATA

Definition
Semi-transparent PV rectangular glazing based on back contact 5” c-Si solar cells
Construction unit
Ventilated façade/ Curtain wall/ Skylight/ Shading system
Architectural location
Facade/Roof
Geometrical design
Rectangular semi-transparent glazing
Dimensions
2250 x 760 x 13.8 mm
2212 x 765 x 13.8 mm
Geometrical shape
Rectangular
Materials
Glass, EVA, back contact solar cells
Configuration
Simple laminated glass
Layers
From top to bottom: Extraclear tempered glass, EVA, back contact solar cells, EVA, Clear tempered glass
Frame structure
Frameless/Aluminium
PV technology
Back contact c-Si solar cells
Encapsulation material
EVA
Surface treatments
May be included on PV glazing
Thermal insulation
Common glazing technologies can be used (double/triple glazing, low-e coatings, etc)
Acoustic insulation
Double/triple glazing can be used
Physical features
Similar to other glazing skylights/glazing façade elements
Weight
30 kg/m2
Rigidity
Rigid
Opacity
68%
Mobility
No mobile parts
Active energy features
Photovoltaic glazing that generates electricity with Sun radiation
Photovoltaic power
126 Wp/m2
Passive energy features
Same as other BIPV glazing solutions, depending on the specific application (shading effect, reducing cooling/heating needs) and the additional treatments on the glazing (low-e, etc)
Optical transmittance
27%
Thermal transmittance (U value)
Defined by glazing system used

 

Specific features

BIM-ready

Autodesk REVIT specific family (PVSITES)
BIMsolar ready

PVSITES database
POWER

192W
SIZE

2212x765x13.8, 2250x760x13.8
CELL TECHNOLOGY

Back-contact, c-Si
BENDING

Flat

Related products

About the author

Philippe ALAMY

I am the BIMsolar Product Owner, I launched the BIPV-Insight project with EnerBIM, TECNALIA, KIC InnoEnergy and other partners in 2014.

PRODUCER DATA

Definition
Semi-transparent PV rectangular glazing based on back contact 5” c-Si solar cells
Construction unit
Ventilated façade/ Curtain wall/ Skylight/ Shading system
Architectural location
Facade/Roof
Geometrical design
Rectangular semi-transparent glazing
Dimensions
2250 x 760 x 13.8 mm
2212 x 765 x 13.8 mm
Geometrical shape
Rectangular
Materials
Glass, EVA, back contact solar cells
Configuration
Simple laminated glass
Layers
From top to bottom: Extraclear tempered glass, EVA, back contact solar cells, EVA, Clear tempered glass
Frame structure
Frameless/Aluminium
PV technology
Back contact c-Si solar cells
Encapsulation material
EVA
Surface treatments
May be included on PV glazing
Thermal insulation
Common glazing technologies can be used (double/triple glazing, low-e coatings, etc)
Acoustic insulation
Double/triple glazing can be used
Physical features
Similar to other glazing skylights/glazing façade elements
Weight
30 kg/m2
Rigidity
Rigid
Opacity
68%
Mobility
No mobile parts
Active energy features
Photovoltaic glazing that generates electricity with Sun radiation
Photovoltaic power
126 Wp/m2
Passive energy features
Same as other BIPV glazing solutions, depending on the specific application (shading effect, reducing cooling/heating needs) and the additional treatments on the glazing (low-e, etc)
Optical transmittance
27%
Thermal transmittance (U value)
Defined by glazing system used

 

About the author

Philippe ALAMY

I am the BIMsolar Product Owner, I launched the BIPV-Insight project with EnerBIM, TECNALIA, KIC InnoEnergy and other partners in 2014.

PRODUCER DATA

Definition
Semi-transparent PV rectangular glazing based on back contact 5” c-Si solar cells
Construction unit
Ventilated façade/ Curtain wall/ Skylight/ Shading system
Architectural location
Facade/Roof
Geometrical design
Rectangular semi-transparent glazing
Dimensions
2250 x 760 x 13.8 mm
2212 x 765 x 13.8 mm
Geometrical shape
Rectangular
Materials
Glass, EVA, back contact solar cells
Configuration
Simple laminated glass
Layers
From top to bottom: Extraclear tempered glass, EVA, back contact solar cells, EVA, Clear tempered glass
Frame structure
Frameless/Aluminium
PV technology
Back contact c-Si solar cells
Encapsulation material
EVA
Surface treatments
May be included on PV glazing
Thermal insulation
Common glazing technologies can be used (double/triple glazing, low-e coatings, etc)
Acoustic insulation
Double/triple glazing can be used
Physical features
Similar to other glazing skylights/glazing façade elements
Weight
30 kg/m2
Rigidity
Rigid
Opacity
68%
Mobility
No mobile parts
Active energy features
Photovoltaic glazing that generates electricity with Sun radiation
Photovoltaic power
126 Wp/m2
Passive energy features
Same as other BIPV glazing solutions, depending on the specific application (shading effect, reducing cooling/heating needs) and the additional treatments on the glazing (low-e, etc)
Optical transmittance
27%
Thermal transmittance (U value)
Defined by glazing system used

 

About the author

Philippe ALAMY

I am the BIMsolar Product Owner, I launched the BIPV-Insight project with EnerBIM, TECNALIA, KIC InnoEnergy and other partners in 2014.