Calculation method of reference
Thermic engine
The calculation method of this AGC eco-calculator is modelled closely to the NHTSA and EPA Off-Cycle Credit calculation method for automotive glazing, applied to AGC Automotive Europe glass range.
Electric vehicle
The calculation method is based on a study ("Estimating the HVAC energy consumption of plug-in electric vehicles" - Kiran R. Kambly, Thomas H. Bradley - Colorado State University USA), applied to AGC Automotive Europe glass range. Source for PV cells calculations: Technical Guidelines for the preparation of applications for the approval of innovative technologies pursuant to Regulation (EC) No 443/2009 and Regulation (EU) No 510/2011, July 2018 Revision (V2)
Reference glass carset
Windshield:
1.1sqm
Front Door:
0.3sqm
Rear Door:
0.26sqm
Quarterlite:
0.14sqm
Backlite:
0.52sqm
Sunroof:
1.63sqm
Not ready yet for market
Calculator references
Windshield
Front Door
Rear Door, Quarterlite, Backlite
Sunroof
Preview
Reset
PDF
Your selection
Please discover our glass range for Automotive applications
AGC Automotive Glass solutions offer optimum properties for light and energy transmission.
Our e-catalog gathers our main glass configurations for each family of products, including new mobility solutions.
This unique online tool allows you to view glazing real rendering in car position or to access the technical specifications.
For each selection, you may activate the environment tab to view the impact on CO2 emissions or EV mileage.
Glass Range
Technical Specifications
Environment & Energy
Calculation method of reference
Thermic engine
The calculation method of this AGC eco-calculator is modelled closely to the NHTSA and EPA Off-Cycle Credit calculation method for automotive glazing, applied to AGC Automotive Europe glass range.
Electric vehicle
The calculation method is based on a study ("Estimating the HVAC energy consumption of plug-in electric vehicles" - Kiran R. Kambly, Thomas H. Bradley - Colorado State University USA), applied to AGC Automotive Europe glass range. Source for PV cells calculations: Technical Guidelines for the preparation of applications for the approval of innovative technologies pursuant to Regulation (EC) No 443/2009 and Regulation (EU) No 510/2011, July 2018 Revision (V2)
Reference glass carset
Windshield:
1.1sqm
Front Door:
0.3sqm
Rear Door:
0.26sqm
Quarterlite:
0.14sqm
Backlite:
0.52sqm
Sunroof:
1.63sqm
Not ready yet for market
Calculator references
Windshield
Front Door
Rear Door, Quarterlite, Backlite
Sunroof
Preview
Reset
PDF
Your selection
Change view
Change view
Windshield
Front Door
Rear Door
Quarterlite
Backlite
RD/QL/BL
Rear Door / Quarterlite / Backlite
Sunroof
Laminated
Tempered
4.5
Std green (TSA) / Std green TSA
4.5
Solarplus71 / Std green (TSA)
4.4
Std green / Clear + ppol HUD
4.4
Std green (TSA) / Std green TSA
3.6
Solarplus71 / Std green (TSA)
4
Std green / Std green
4.5
Iris / Clear
4.5
Super Iris/Clear
4.5
Std green / Std green + Low-E
4.5
Iris / Wideye glass
4.5
Super Iris/Wideye glass
5
Std green (TSA) / Std green TSA
4
Std green (TSA) / Std green TSA
4
Solarplus71 / Solarplus71
5
Clear / IR film / Clear
4
Clear / IR film / Clear
4
Super Iris / Clear
3.85
Std green (TSA)
3.85
Solarplus71
4.85
Std green (TSA)
3.85
Std green (TSA) + Low-E
5
Std green (TSA) / Std green TSA
4
Std green (TSA) / Std green TSA
4
Solarplus71 / Solarplus71
4
Clear / IR film / Clear
5
Clear / IR film / Clear
4
Super Iris / Clear
3.85
Solarplus71
3.85
Athergrey17
3.85
Athergrey8
3.15
Std green (TSA)
3.15
Solarplus71
3.15
Athergrey17
3.15
Athergrey8
3.15
Std green (TSA) + Low-E
3.15
Athergrey17 + Low-E
5
Std green (TSA) / Std green TSA
4
Std green (TSA) / Std green TSA
4
Solarplus71 / Solarplus71
4
Clear / IR film / Clear
5
Clear / IR film / Clear
4
Super Iris / Clear
3.85
Solarplus71
3.85
Athergrey17
3.85
Athergrey8
3.15
Std green (TSA)
3.15
Solarplus71
3.15
Athergrey17
3.15
Athergrey8
3.15
Std green (TSA) + Low-E
3.15
Athergrey17 + Low-E
5
Std green (TSA) / Std green TSA
4
Std green (TSA) / Std green TSA
4
Solarplus71 / Solarplus71
4
Clear / IR film / Clear
5
Clear / IR film / Clear
4
Super Iris / Clear
3.85
Solarplus71
3.85
Athergrey17
3.85
Athergrey8
3.15
Std green (TSA)
3.15
Solarplus71
3.15
Athergrey17
3.15
Athergrey8
3.15
Std green (TSA) + Low-E
3.15
Athergrey17 + Low-E
5.9
Wonderlite ON
5.9
Wonderlite OFF
4.5
IRIS/Clear + Dark PVB + Low-E
5
Solar+71/Clear + Dark PVB+ Low-E
4.5
SuperIRIS/Clear+ Dark PVB + Low-E
5.28
PV Cells Roof
3.85
Athergrey17
3.85
Athergrey8
4.85
Athergrey17
4.85
Athergrey8
3.85
Athergrey8 + Low-E
Glass Range
Technical Specifications
Environment & Energy
PLEASE NOTE that the rear glazing parts form a group: when you select ONE of the parts (rear door, backlite, quarterlite), you impact the three pieces altogether.
Calculation method of reference
Thermic engine
The calculation method of this AGC eco-calculator is modelled closely to the NHTSA and EPA Off-Cycle Credit calculation method for automotive glazing, applied to AGC Automotive Europe glass range.
Electric vehicle
The calculation method is based on a study ("Estimating the HVAC energy consumption of plug-in electric vehicles" - Kiran R. Kambly, Thomas H. Bradley - Colorado State University USA), applied to AGC Automotive Europe glass range. Source for PV cells calculations: Technical Guidelines for the preparation of applications for the approval of innovative technologies pursuant to Regulation (EC) No 443/2009 and Regulation (EU) No 510/2011, July 2018 Revision (V2)
Reference glass carset
Windshield:
1.1sqm
Front Door:
0.3sqm
Rear Door:
0.26sqm
Quarterlite:
0.14sqm
Backlite:
0.52sqm
Sunroof:
1.63sqm
Not ready yet for market
Calculator references
Windshield
Front Door
Rear Door, Quarterlite, Backlite
Sunroof
Preview
Reset
PDF
Your selection
Windshield
Front Door
Rear Door
Quarterlite
Backlite
RD/QL/BL
Rear Door / Quarterlite / Backlite
Sunroof
Filters
Laminated
Tempered
LT < 20%
LT 20-70%
LT > 70%
SF0 < 30%
SF0 30-50%
SF0 50-70%
Windshield
Color Name:
Std green (TSA) / Std green TSA
Total thickness
Outer glass
PVB
Inner glass
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Windshield
Color Name:
Solarplus71 / Std green (TSA)
Total thickness
Outer glass
PVB
Inner glass
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Windshield
Color Name:
Std green / Clear + ppol HUD
Not yet on market
Total thickness
Outer glass
PVB
Inner glass
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Windshield
Color Name:
Std green (TSA) / Std green TSA
Total thickness
Outer glass
PVB
Inner glass
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Windshield
Color Name:
Solarplus71 / Std green (TSA)
Not yet on market
Total thickness
Outer glass
PVB
Inner glass
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Windshield
Color Name:
Std green / Std green
Not yet on market
Total thickness
Outer glass
PVB
Inner glass
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Windshield
Color Name:
Iris / Clear
Total thickness
Outer glass
PVB
Inner glass
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Windshield
Color Name:
Super Iris/Clear
Total thickness
Outer glass
PVB
Inner glass
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Windshield
Color Name:
Std green / Std green + Low-E
Not yet on market
Total thickness
Outer glass
PVB
Inner glass
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Windshield with ADAS zone
Color Name:
Iris / Wideye glass
ADAS zone for sensor integration
ADAS zone spec.
Back
Total thickness
Outer glass
PVB
Inner glass
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
T@905nm AOI 60°
T@905nm AOI 65°
T@905nm AOI 70°
T@1320nm AOI 60°
T@1320nm AOI 65°
T@1320nm AOI 70°
T@1550nm AOI 60°
T@1550nm AOI 65°
T@1550nm AOI 70°
*T@XXXnm = Transmission at XXX Nanometers   *AOI = Angle Of Incidence
Windshield with ADAS zone
Color Name:
Super Iris/Wideye glass
ADAS zone for sensor integration
ADAS zone spec.
Back
Total thickness
Outer glass
PVB
Inner glass
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
T@905nm AOI 60°
T@905nm AOI 65°
T@905nm AOI 70°
T@1320nm AOI 60°
T@1320nm AOI 65°
T@1320nm AOI 70°
T@1550nm AOI 60°
T@1550nm AOI 65°
T@1550nm AOI 70°
*T@XXXnm = Transmission at XXX Nanometers   *AOI = Angle Of Incidence
Front Door
Color Name:
Std green (TSA) / Std green TSA
Total thickness
Outer glass
PVB
Inner glass
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Front Door
Color Name:
Std green (TSA) / Std green TSA
Total thickness
Outer glass
PVB
Inner glass
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Front Door
Color Name:
Solarplus71 / Solarplus71
Total thickness
Outer glass
PVB
Inner glass
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Front Door
Color Name:
Clear / IR film / Clear
Total thickness
Outer glass
PVB
Inner glass
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Front Door
Color Name:
Clear / IR film / Clear
Total thickness
Outer glass
PVB
Inner glass
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Front Door
Color Name:
Super Iris / Clear
Not yet on market
Total thickness
Outer glass
PVB
Inner glass
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Front Door
Color Name:
Std green (TSA)
Total thickness
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Front Door
Color Name:
Solarplus71
Total thickness
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Front Door
Color Name:
Std green (TSA)
Total thickness
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Front Door
Color Name:
Std green (TSA) + Low-E
Not yet on market
Total thickness
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Rear Door
Color Name:
Std green (TSA) / Std green TSA
Total thickness
Outer glass
PVB
Inner glass
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Rear Door
Color Name:
Std green (TSA) / Std green TSA
Total thickness
Outer glass
PVB
Inner glass
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Rear Door
Color Name:
Solarplus71 / Solarplus71
Total thickness
Outer glass
PVB
Inner glass
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Rear Door
Color Name:
Clear / IR film / Clear
Not yet on market
Total thickness
Outer glass
PVB
Inner glass
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Rear Door
Color Name:
Clear / IR film / Clear
Not yet on market
Total thickness
Outer glass
PVB
Inner glass
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Rear Door
Color Name:
Super Iris / Clear
Not yet on market
Total thickness
Outer glass
PVB
Inner glass
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Rear Door
Color Name:
Solarplus71
Total thickness
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Rear Door
Color Name:
Athergrey17
Total thickness
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Rear Door
Color Name:
Athergrey8
Total thickness
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Rear Door
Color Name:
Std green (TSA)
Total thickness
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Rear Door
Color Name:
Solarplus71
Total thickness
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Rear Door
Color Name:
Athergrey17
Total thickness
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Rear Door
Color Name:
Athergrey8
Total thickness
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Rear Door
Color Name:
Std green (TSA) + Low-E
Not yet on market
Total thickness
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Rear Door
Color Name:
Athergrey17 + Low-E
Not yet on market
Total thickness
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Quarterlite
Color Name:
Std green (TSA) / Std green TSA
Total thickness
Outer glass
PVB
Inner glass
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Quarterlite
Color Name:
Std green (TSA) / Std green TSA
Total thickness
Outer glass
PVB
Inner glass
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Quarterlite
Color Name:
Solarplus71 / Solarplus71
Total thickness
Outer glass
PVB
Inner glass
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Quarterlite
Color Name:
Clear / IR film / Clear
Total thickness
Outer glass
PVB
Inner glass
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Quarterlite
Color Name:
Clear / IR film / Clear
Total thickness
Outer glass
PVB
Inner glass
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Quarterlite
Color Name:
Super Iris / Clear
Not yet on market
Total thickness
Outer glass
PVB
Inner glass
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Quarterlite
Color Name:
Solarplus71
Total thickness
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Quarterlite
Color Name:
Athergrey17
Total thickness
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Quarterlite
Color Name:
Athergrey8
Total thickness
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Quarterlite
Color Name:
Std green (TSA)
Total thickness
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Quarterlite
Color Name:
Solarplus71
Total thickness
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Quarterlite
Color Name:
Athergrey17
Total thickness
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Quarterlite
Color Name:
Athergrey8
Total thickness
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Quarterlite
Color Name:
Std green (TSA) + Low-E
Not yet on market
Total thickness
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Quarterlite
Color Name:
Athergrey17 + Low-E
Not yet on market
Total thickness
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Backlite
Color Name:
Std green (TSA) / Std green TSA
Total thickness
Outer glass
PVB
Inner glass
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Backlite
Color Name:
Std green (TSA) / Std green TSA
Total thickness
Outer glass
PVB
Inner glass
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Backlite
Color Name:
Solarplus71 / Solarplus71
Total thickness
Outer glass
PVB
Inner glass
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Backlite
Color Name:
Clear / IR film / Clear
Total thickness
Outer glass
PVB
Inner glass
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Backlite
Color Name:
Clear / IR film / Clear
Total thickness
Outer glass
PVB
Inner glass
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Backlite
Color Name:
Super Iris / Clear
Not yet on market
Total thickness
Outer glass
PVB
Inner glass
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Backlite
Color Name:
Solarplus71
Total thickness
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Backlite
Color Name:
Athergrey17
Total thickness
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Backlite
Color Name:
Athergrey8
Total thickness
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Backlite
Color Name:
Std green (TSA)
Total thickness
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Backlite
Color Name:
Solarplus71
Total thickness
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Backlite
Color Name:
Athergrey17
Total thickness
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Backlite
Color Name:
Athergrey8
Total thickness
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Backlite
Color Name:
Std green (TSA) + Low-E
Not yet on market
Total thickness
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Backlite
Color Name:
Athergrey17 + Low-E
Not yet on market
Total thickness
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Sunroof
Color Name:
Wonderlite ON
Total thickness
Outer glass
PVB
Inner glass
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Sunroof
Color Name:
Wonderlite OFF
Total thickness
Outer glass
PVB
Inner glass
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Sunroof
Color Name:
IRIS/Clear + Dark PVB + Low-E
Not yet on market
Total thickness
Outer glass
PVB
Inner glass
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Sunroof
Color Name:
Solar+71/Clear + Dark PVB+ Low-E
Total thickness
Outer glass
PVB
Inner glass
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Sunroof
Color Name:
SuperIRIS/Clear+ Dark PVB + Low-E
Not yet on market
Total thickness
Outer glass
PVB
Inner glass
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Sunroof
Color Name:
PV Cells Roof
Not yet on market
Total thickness
Outer glass
PVB
Inner glass
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Sunroof
Color Name:
Athergrey17
Total thickness
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Sunroof
Color Name:
Athergrey8
Total thickness
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Sunroof
Color Name:
Athergrey17
Total thickness
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Sunroof
Color Name:
Athergrey8
Total thickness
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Sunroof
Color Name:
Athergrey8 + Low-E
Not yet on market
Total thickness
Color code
LT A2°
LR A2°
Selectivity
ET ISO 9050
TUV ISO 9050
ER ISO 9050
EA ISO 9050
SF0 ISO 9050
SF100 ISO 9050
TTS 13837
Glass Range
Technical Specifications
Environment & Energy
Calculation method of reference
Thermic engine
The calculation method of this AGC eco-calculator is modelled closely to the NHTSA and EPA Off-Cycle Credit calculation method for automotive glazing, applied to AGC Automotive Europe glass range.
Electric vehicle
The calculation method is based on a study ("Estimating the HVAC energy consumption of plug-in electric vehicles" - Kiran R. Kambly, Thomas H. Bradley - Colorado State University USA), applied to AGC Automotive Europe glass range. Source for PV cells calculations: Technical Guidelines for the preparation of applications for the approval of innovative technologies pursuant to Regulation (EC) No 443/2009 and Regulation (EU) No 510/2011, July 2018 Revision (V2)
Reference glass carset
Windshield:
1.1sqm
Front Door:
0.3sqm
Rear Door:
0.26sqm
Quarterlite:
0.14sqm
Backlite:
0.52sqm
Sunroof:
1.63sqm
Not ready yet for market
Calculator references
Windshield
Front Door
Rear Door, Quarterlite, Backlite
Sunroof
Preview
Reset
PDF
Your selection
Default configuration
Windshield
4.5 / Std green (TSA) / Std green TSA
Front Door
3.85 / Std green (TSA)
Rear Door, Quarterlite, Backlite
3.15 / Solarplus71
Sunroof
4.85 / Athergrey17
Your selection made in Glass Range tab
Windshield
Front Door
Rear Door, Quarterlite, Backlite
Sunroof
Sustainability impact
Thermic engine
Electrical engine
Total energy transmission delta
The gap of the estimated average energy transmission (TTS) of the full carset between the reference configuration and your selection
Weight saving
The gap of weight of the full carset between reference configuration and your selection
CO2 emissions saving
The gap of CO2 resulting from weight and thermal comfort of the full carset between reference configuration and your selection
Fuel consumption saving
The gap of gasoline consumption over lifetime (assumed 5 years - 100,000 miles) resulting from weight and thermal comfort of the full carset between reference configuration and your selection
Battery mileage extension
The extra driving miles per year (Assumed EV driving range = 196 miles (status 07/2020) and 20,000 miles per year) resulting from weight and thermal comfort of the full carset between reference configuration and your selection.
Preview
Reset
PDF
Infos
THE VALUES edited in this calculation tool represent the gap between the glass types you selected in Our Glass Range and the most common glass configuration (the reference). Please select your preferred glass types first.
Glass Range
Technical Specifications
Environment & Energy
Calculation method of reference
Thermic engine
The calculation method of this AGC eco-calculator is modelled closely to the NHTSA and EPA Off-Cycle Credit calculation method for automotive glazing, applied to AGC Automotive Europe glass range.
Electric vehicle
The calculation method is based on a study ("Estimating the HVAC energy consumption of plug-in electric vehicles" - Kiran R. Kambly, Thomas H. Bradley - Colorado State University USA), applied to AGC Automotive Europe glass range. Source for PV cells calculations: Technical Guidelines for the preparation of applications for the approval of innovative technologies pursuant to Regulation (EC) No 443/2009 and Regulation (EU) No 510/2011, July 2018 Revision (V2)
Reference glass carset
Windshield:
1.1sqm
Front Door:
0.3sqm
Rear Door:
0.26sqm
Quarterlite:
0.14sqm
Backlite:
0.52sqm
Sunroof:
1.63sqm
Not ready yet for market
Calculator references
Windshield
Front Door
Rear Door, Quarterlite, Backlite
Sunroof
Preview
Reset
PDF
Your selection
Use of Cookies
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You can see when this Policy was last updated by checking the “last updated” date displayed at the top of this Policy.
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THIS PICTURE is the result of a glazing rendering simulation in the e-catalog of AGC Automotive Europe.
Glass range technical specifications
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Lexicon
LT
Light Transmission
LR
Light Reflection
ET
Energy Transmission
ER
Energy Reflection
EA
Energy Absorption
LT
Light Transmission
SF0
Solar Factor at 0km/h
SF100
Solar Factor at 100km/h
Solar Factor
Total energy transmittance transmitted through the glazing.
Sum of the radiation transmitted directly and which is absorbed and emitted back to inside.
Not yet on market