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FLISOM – eRoof Tile

The roofing shingle module is a semi-flexible and lightweight solar panel designed for BIPV roof tile installations. It is designed for longevity in demanding environments and is optimized for residential roofs. Each roof tile includes Flisom’s CIGS monolithically interconnected cell technology.

Modules can be string connected via supplied standard connectors. The roof structure is made of wood. The modules will be screwed on horizontal bats. Each module has a 25 mm overlap with the next module. Modules are connected in vertical direction with a click-connection. Mounting start with the lowest module and then goes up to the ridge.

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Description

PRODUCER DATA


Definition
The roofing shingle module is a semi-flexible and lightweight solar panel designed for BIPV roof tile installations
Construction unit
Roofing shingle
Architectural location
Roof
Geometrical design
Rectangular
Dimensions
1575 x 489 x 21 mm
Geometrical shape
Rectangular
Materials
Descriptive value
Configuration
Monolithic unit
Layers
Layers from backsheet to frontsheet in order of application:
Mild steel backsheet with PVDF coating, black RAL 9005 / Encapsulant TPO 0.4 mm /PV film CIGS grown on polyimide with Mo and ZnO electrical contacts / Encapsulant TPO 0.4 mm / Barrier film 0.4 mm. the module is sealed with edge seal ~1cm width
Frame structure
Frameless
PV technology
CIGS (Thin film)
TPO
TPO
Surface treatments
Surface textured
Thermal insulation
none
Acoustic insulation
none
Physical features
Semi-flexible and lightweight solar panel
Weight
6 Kg / unit
Rigidity
Semi-flexible
Opacity
Opaque
Mobility
n.a.
Active energy features
Electricity production
Photovoltaic power
50-60 Wp/unit
Additional gain
n.a.
Passive energy features
n.a.
Optical transmittance
Opaque
Thermal transmittance (U value)
Thermal features

 

Specific features

BIM-ready

Autodesk REVIT specific family (PVSITES)

BIMsolar ready

PVSITES database

COLOUR

Black (RAL 9005)

SIZE

1575x489x21 mm

CELL TECHNOLOGY

CIGS

TRANSPARENCY

Opaque

BENDING

Flat

PRODUCER DATA


Definition
The roofing shingle module is a semi-flexible and lightweight solar panel designed for BIPV roof tile installations
Construction unit
Roofing shingle
Architectural location
Roof
Geometrical design
Rectangular
Dimensions
1575 x 489 x 21 mm
Geometrical shape
Rectangular
Materials
Descriptive value
Configuration
Monolithic unit
Layers
Layers from backsheet to frontsheet in order of application:
Mild steel backsheet with PVDF coating, black RAL 9005 / Encapsulant TPO 0.4 mm /PV film CIGS grown on polyimide with Mo and ZnO electrical contacts / Encapsulant TPO 0.4 mm / Barrier film 0.4 mm. the module is sealed with edge seal ~1cm width
Frame structure
Frameless
PV technology
CIGS (Thin film)
TPO
TPO
Surface treatments
Surface textured
Thermal insulation
none
Acoustic insulation
none
Physical features
Semi-flexible and lightweight solar panel
Weight
6 Kg / unit
Rigidity
Semi-flexible
Opacity
Opaque
Mobility
n.a.
Active energy features
Electricity production
Photovoltaic power
50-60 Wp/unit
Additional gain
n.a.
Passive energy features
n.a.
Optical transmittance
Opaque
Thermal transmittance (U value)
Thermal features

 

PRODUCER DATA


Definition
The roofing shingle module is a semi-flexible and lightweight solar panel designed for BIPV roof tile installations
Construction unit
Roofing shingle
Architectural location
Roof
Geometrical design
Rectangular
Dimensions
1575 x 489 x 21 mm
Geometrical shape
Rectangular
Materials
Descriptive value
Configuration
Monolithic unit
Layers
Layers from backsheet to frontsheet in order of application:
Mild steel backsheet with PVDF coating, black RAL 9005 / Encapsulant TPO 0.4 mm /PV film CIGS grown on polyimide with Mo and ZnO electrical contacts / Encapsulant TPO 0.4 mm / Barrier film 0.4 mm. the module is sealed with edge seal ~1cm width
Frame structure
Frameless
PV technology
CIGS (Thin film)
TPO
TPO
Surface treatments
Surface textured
Thermal insulation
none
Acoustic insulation
none
Physical features
Semi-flexible and lightweight solar panel
Weight
6 Kg / unit
Rigidity
Semi-flexible
Opacity
Opaque
Mobility
n.a.
Active energy features
Electricity production
Photovoltaic power
50-60 Wp/unit
Additional gain
n.a.
Passive energy features
n.a.
Optical transmittance
Opaque
Thermal transmittance (U value)
Thermal features