GRUPPOSTG...GRUPPOSTG SOLAR & GLASS ARCHITECTURE ENERGYGLASS R vertical section PVB SOLARTM 1.52 mm...
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Rev. 01-2020 THE ITALIAN PHOTOVOLTAIC FACTORY GRUPPOSTG R Design & Production Made in Italy PHOTOVOLTAIC BALUSTRADE™
Transcript of GRUPPOSTG...GRUPPOSTG SOLAR & GLASS ARCHITECTURE ENERGYGLASS R vertical section PVB SOLARTM 1.52 mm...
Rev
. 01-
2020
THE ITALIAN PHOTOVOLTAIC FACTORYGRUPPOSTG
R
Design & Production Made in Italy
PHOTOVOLTAICBALUSTRADE™
GRUPPOSTG
SOLAR & GLASS ARCHITECTUREENERGYGLASS
R
vertical section
PVB SOLARTM 1.52 mm
Rear glass 10 mmExtra clear
Polished Wire GrindingTempered + HST
Front glass 10 mmExtra clear
Polished Wire GrindingHardened
EGM30ST-N43-1 - 30 cells
EGM36ST-N43-2 - 36 cells
ENERGYGLASS, a division of GruppoSTG, is a leader in Building Integrated Photovoltaics (BIPV).
PHOTOVOLTAIC BALUSTRADE™ is a design solution which allows you to generate clean energy from railings.
Photovoltaic glasses are laminated in our factories according to high quality standards and using double-sided photovoltaic cells.
Photovoltaic glasses are certified according to regulationsEN 61215 and EN 61730.
PHOTOVOLTAIC GLASS
4 - Packing
3 - Quality control process
2 - Unloading of Photovoltaic Glass
1 - Lamination of Photovoltaic Glass
example of a product developedwith the NINFASOLAR system by
Rigid impact body - 4
Test phase - 3
Test preparation - 2
Test laboratory for balustrades - 1
PHOTOVOLTAIC BALUSTRADE™ can be classified as a element for total architectural integration (BIPV).
Laminated safety glass has been tested for mechanic loading according to sector regulations.
Static thrust test on handrail for glass pre-breaking(intact plates) * • DM 17/01/2018 (Italy) Technical standards for construction • UNI 11678:2017 Resistance to linear static load and dynamic load - Test methods
Dynamic impact test * • UNI 7697:2015 Safety criteria in glass applications • UNI EN 12600:2004 Pendulum test (building glass) Performance class 1B1
* These are standards for the Italian market
MECHANICAL TESTS
BA
CHE COPRE LO SPAZIO TRA DUE VETRI SECONDO VETRO VICINO AL PRIMO MANTENENDO LA FUGA DI 20 MM
CHE COPRE LO SPAZIO TRA DUE VETRI SECONDO VETRO VICINO AL PRIMO MANTENENDO LA FUGA DI 20 MM
CHE COPRE LO SPAZIO TRA DUE VETRI SECONDO VETRO VICINO AL PRIMO MANTENENDO LA FUGA DI 20 MM
CHE COPRE LO SPAZIO TRA DUE VETRI SECONDO VETRO VICINO AL PRIMO MANTENENDO LA FUGA DI 20 MM
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+
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-DrownedOn the floor
INSTALLATION EXAMPLES
Electric cables
External carter
Fastening dowels
Concrete slab
Aluminum profile
Photovoltaic glass
A few simple steps allow the installation ofPHOTOVOLTAIC BALUSTRADE™.
It is recommended to follow the indications given inInstallation Manual.
ASSEMBLY STEPS
4 - Electrical connection between PV glass panels
3 - Adjusting of photovoltaic glass panels
2 - Assembly of photovoltaic glass panels
1 - Fixing of the profile on the slab
EGM36ST-N43-2 EGM30ST-N43-1
180 Wp ** 150 Wp **
5 % 5 %
24,32 V 20,27 V
8,77 A 8,77 A
20,99 V 17,50 V
8,39 A 8,39 A
EGM36ST-N43-2 EGM30ST-N43-1
180 Wp ** 150 Wp **
5 % 5 %
24,32 V 20,27 V
8,77 A 8,77 A
20,99 V 17,50 V
8,39 A 8,39 A
NOCT 45°C
TC Isc + 3.70 mA/°K
TC Voc - 2.00 mV/°K
TC Pmpp - 0.40 %/°K
NOCT 45°C
TC Isc + 3.70 mA/°K
TC Voc - 2.00 mV/°K
TC Pmpp - 0.40 %/°K
CEI EN 61215 CEI EN 61730
DM 17/01/2018
UNI 7697:2015 UNI EN 12600:2004 (1B1) UNI 11678:2017
CEI EN 61215 CEI EN 61730
DM 17/01/2018
UNI 7697:2015 UNI EN 12600:2004 (1B1) UNI 11678:2017
GRUPPOSTG
SOLAR & GLASS ARCHITECTUREENERGYGLASS
R
The company reserves the right to make changes to the technical data of the product.The technical sheet corresponds to the requirements of the EN 50380 standard.
Standards and Certifications
Operating temperatures from -40°C to +85°C
Max system voltage class II - 1000 V
System limits
Thermal characteristics
* The horizontal linear load test was performed with an overload of 3 kN/m on the balustrade with continuous linear fixing to the base.
EGM36ST-N43-2 EGM30ST-N43-1
Transparency 30 %
Height 1230 mm 1072 mm
Width 1020/1070 mm 1020/1070 mm
Thickness 21,52 mm 21,52 mm
Weight 64 Kg 56 Kg
Cell type 36 cells mono double-faced 30 cells mono double-faced
Front glass (sun side) thickness 10 mm Extra-clear, MFL, hardened
Encapsulant thickness 1.52 mm PVB SOLAR™
Rear glass thickness 10 mm Extra-clear, MFL, Tempered + HST
Type of protection IP68
Electric connections Edge connectors + MC4 (supplied separately)
Cable Solar cable 4 mm2 - Length 1.0 m
Maximum load 3 kN/m*
Mechanical characteristics
* STC: Irradiation 1000W/m2 - Module temperature = 25°C - Air mass AM 1.5** The double-facing contribution can reach + 20% of the indicated power value. The power calculation is assessed on the basis of the rear radiation according to the IEC 60904 standard: Photovoltaic devices - Part 1: Measurement of Photovoltaic Current - Voltage Characteristics
Power class Pmax
Sorting tolerance Pmax
Open circuit voltage Voc
Short-circuit current Isc
Voltage at max. power Vmp
Current at max. power Imp
Electrical characteristics in STC* - External side
TECHNICAL FEATURES
Residential building - Milan (Italy)
ENERGYGLASS designs and manufactures photovoltaicglass of very high quality able to increase energyperformance of the building.
PHOTOVOLTAIC BALUSTRADE™ is an excellent compromise between product aesthetics and technology for a smart building.
Our team studies construction details of the glazed parapet depending on the project peculiarities, offeringmultiple customization possibilities.
BIPV: WINNING AESTHETICS
Residential building - Switzerland
W www.gruppostg.com
T +39 035 0510171
THE ITALIAN PHOTOVOLTAIC FACTORYGRUPPOSTG
R
