Schott ASI Series – The next generation

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Schott Solar ASI Thin-Film (pdf, 118 kB)

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Schott ASI Series – The next generation
The modules of the Schott ASI series are based on amorphous thin-film silicon.
Schott ASI Series – The next generation
The Schott ASI thin-film modules are suited for building fronts and roofs that are not optimally oriented.

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Information for operators (pdf, 318 kB)
Certificate VDE (pdf, 869 kB)
MCS Certificate (pdf, 147 kB)
DLG Test Report: Resistance to ammonia (pdf, 132 kB)
Schott Declaration: Made in EU (pdf, 2194 kB)
PID effect (German) (pdf, 151 kB)
Confirmation PV Cycle (pdf, 340 kB)
Warranty Conditions (pdf, 97 kB)

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The German version is binding. The content is subject to change without prior notice.

Schott ASI Series – The next generation

Schott ASI technology
Schott ASI thin-film solar modules guarantee an above average high performance and energy yield. More energy, the robust encapsulation, the quick and easy installation and the top safety – all these are features contributing to the top quality of the ASI modules.
Proven and tested quality
Only the highest quality of the individual components can achieve the highest energy yields. The modules are designed – from frame to junction box – for cost-effective and high-quality system integration. Schott modules have been awarded top ratings in a number of independent studies and surveys. The modules additionally feature the new double-glass technology.
More energy
The proven Schott ASI modules stand for high, stable performance and longevity. Independent surveys have shown that under real operation conditions – such as clouded skies or high ambient temperatures – the modules deliver extremely high energy yields.
Easy installation
Installation of Schott ASI modules can be extremely quick and easy. This is not least due to the anodised aluminium frame and the pre-installed cables with Lumberg LC4 connectors. The by-pass diodes of the modules are already integrated into the electrical connection boxes at the rear of the modules.
Art. No. 0101280 (a) 0101281 (a) 0101282 (a)
Model Schott ASI 100 DG Thin-Film Schott ASI 103 DG Thin-Film Schott ASI 105 DG Thin-Film
Scope of applications Grid-connected Stand-alone Grid-connected Stand-alone Grid-connected Stand-alone
Nominal power 100 W +2.99 W, -0 W 103 W +2.99 W, -0 W 105 W +2.99 W, -0 W
Max. system voltage 1000 V 1000 V 1000 V
Operating voltage 30.40 V 30.40 V 30.50 V
Operating current 3.29 A 3.39 A 3.44 A
Open circuit voltage 40.9 V 41.1 V 41.1 V
Short circuit current 3.93 A 4.00 A 4.05 A
Temp. coefficient power -0.20 %/K -0.20 %/K -0.20 %/K
Temp. coefficient voltage -0.33 %/K -0.33 %/K -0.33 %/K
Temp. coefficient current 0.08 %/K 0.08 %/K 0.08 %/K
Reverse current load 10 A 10 A 10 A
Operating module temperature -40 to +85 °C -40 to +85 °C -40 to +85 °C
Cells per module 72 pc. 72 pc. 72 pc.
Cell type a-Si/a-Si tandem a-Si/a-Si tandem a-Si/a-Si tandem
Connection Lumberg LC4 connectors, cable 800 mm each (+ / ‑) Lumberg LC4 connectors, cable 800 mm each (+ / ‑) Lumberg LC4 connectors, cable 800 mm each (+ / ‑)
Mounting frame Black anodized aluminium Black anodized aluminium Black anodized aluminium
Dimensions (L / W / H) 1308 mm / 1108 mm / 35 mm 1308 mm / 1108 mm / 35 mm 1308 mm / 1108 mm / 35 mm
Weight 20.8 kg 20.8 kg 20.8 kg
Number per container 800 pc. 800 pc. 800 pc.
Max. load 5400 N/m² 5400 N/m² 5400 N/m²
Performance warranty * 30 years 30 years 30 years
Product warranty 10 years 10 years 10 years
Norms IEC 61646, IEC 61730, ISO 9001, ISO 14001, MCS, PV CYCLE IEC 61646, IEC 61730, ISO 9001, ISO 14001, MCS, PV CYCLE IEC 61646, IEC 61730, ISO 9001, ISO 14001, MCS, PV CYCLE


(a) Art. No. 0101280, 0101281, 0101282: Minimum order quantity of 1 container
 
 * ‑ Manufacturer's performance warranty: 30 years linear performance warranty – guarantees at least 97 % of the nominal power for the 1st year and then a maximum output reduction of 0.5 % per year

The electrical specifications are under standard test conditions (STC) of irradiance of 1000 W/m², spectrum of 1.5 air mass and cell temperature of 25°C.

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