ISOSun Solar Simulator
A solar simulator made for controllable indoor test facility under laboratory conditions.
A Stable Solar Simulator
Der ISOSun ist ein stabiler Solarsimulator, der eine homogene Lichtsimulation über eine große Fläche ermöglicht und die einfache Implementierung von Filtern, Neutraldichtefiltern, Kühlung und Verkabelung erlaubt. Er ist für Langzeit-Lebensdauer- und Stabilitätsstudien von Photovoltaik-Bauelementen und verschiedenen Materialien optimiert.
The ISOSun solar simulator enables reproducible testing of either many small solar cells simultaneously or of a few large area modules (up to 30 x 30 cm2), all according to the ISOS protocols when combined with our Source Measure Units. The large experimental compartment with ventilation fans enables good access with easy wire routing for external measurement devices.
An integrated temperature sensor and photo diode provide instant data acquisition and make adjustments possible.
Included Equipment
ISOSun Cabinet with All Controls and Electrical Lead
Integrated Digital Thermometer
Integrated Digital Light Intensity Meter
Fan Cooling of Test Chamber
"Fast Change" Filter Tray
Standard Filter
Light Bulb
Features
Homogeneous Light Distribution
Very Light Stable Over Time
Optimized Reflector Design and Filter
Ideal for Long-term Lifetime & Stability Studies:
Solarzellen
Paints and Coatings
Plastic Materials
Metal-Halide Light Source (Full Light Spectrum)
Ergonomic Design & Easy Wire Routing
Fast Light Bulb Change
Tray System for Filters
Fully CE Approved
Optional Software/Hardware Pack:
Testing Solar Cells With ISOSun Solar Simulator
Operating the ISOSun Solar Simulator
Operation
The ISOSun system is fully enclosed with little emission of light to the surroundings and has a facile system for introducing wires, gas lines and cooling lines to the test area. The system is fully CE approved and accepts line voltages in the range of 110-240 VAC (single phase). All maintenance is made very easy with the change of the light bulb being carried out from the top in a matter of minutes without the need to take the setup apart. Filters and dampening ND filters are easily inserted and removed through a tray system. The lamp intensity is easily monitored and controlled from the front panel and the system has an internal light monitoring unit.
Testing
Combined with our Source Measure Unit and IV and Lifetime software, the ISOSun enables IV-curve tracing and testing according to all the ISOS protocols. With the ISOSun and the infinityPV software ISOS-L-1 and ISOS-L-2 testing are readily carried out and it is easy to set up the system (without extra equipment) so that ISOS-D-1 and ISOS-O-1 are also accommodated.
With the infinityPV multichannel Source Measure Units (optional) it is possible to test many samples simultaneously and here also ISOS-O-2 and ISOS-O-3 becomes accessible. For the high temperature ISOS-D-2 dark test an oven can be provided through an external supplier (optional).
Since most laboratories have an oven already available this test is easily accessed. The damp heat and temperature cycling tests require weathering chambers that we can supply through external suppliers such that ISOS-D-3 and ISOS-L-3 becomes accessible. Laboratories that already have such equipment available can carry out the tests using the ISOSun combined with the infinityPV IV and MPPT software.
Zubehör
Die Low Power 8 Kanal Source Measure Unit mit MPPT ist speziell auf Labor-PV-Bauelemente und kompakte Module zugeschnitten und unterstützt Spannungen bis zu 5 V und Ströme bis zu 40 mA, mit maximal 200 mW pro Kanal.
Die High Power 4 Kanal Source Measure Unit mit MPPT ist vielseitig und eignet sich sowohl für kleine Labor-PV-Bauelemente als auch für größere PV-Module mit höherer Leistung und bietet maximal 5000 mW pro Kanal.
A calibrated photodiode and filter to calibrate light intensity precisely at your sample’s position. Unlike internal reference diodes, the CalCell accounts for factors like sample geometry, fixture, and position, ensuring confidence in your experimental results.
A temperature and relative humidity probe that logs temperature and relative humidity data over time, providing valuable environmental insights.
Other Accessories
Dark Box
Cooling Table (30 x 30 cm²)
High Temperature Bolometer in Test Table
Stainless Steel Atmospheric Test Chamber (10 x 10 cm² test area) for Gas or Vacuum
Stainless Steel Multichamber 2-4 Chambers with 1-4 Simultaneous Test Atmospheres or Vacuum. The Systems Employs Swagelock Gas Lines.
Filters, Diffuser Plates, Neutral Density Absorber Trays for Reducing the Intensity to 0.9, 0.75, 0.5, 0.25 and 0.1 suns
Extra Filter Tray
Adjustable Elevator Test Surface
Extra Light Bulb
Technische Spezifikationen
| Illuminated Area | 32 x 32 cm² |
|---|---|
| Typical Power Output | 1000 W/m² (1 sun) Max 1.5 suns |
| Uniformity | < 5% (< 1% Central Area) |
| Temporal Instability | ± 10 W @ 1000 W/m² (over 24 h) |
| Lamp Type | Metal-halide |
| Lamp Power | 1200 W |
| Power Requirements | 110 - 240 VAC / 1230 Watts |
| Size (H x W x D) | 96 cm x 52 cm x 57 cm |
| Gewicht | 39 kg |
| Warranty | 2 Years |
Meistern Sie die Rolle-zu-Rolle-Verarbeitung von gedruckten Solarzellen
Nehmen Sie an unserem praktischen Workshop für gedruckte Elektronik teil und sammeln Sie praktische Erfahrungen in jedem Schritt der Herstellung von gedruckten Solarzellen, von der Tintenaufbereitung bis zur Prüfung und abschließenden Integration. Sie beherrschen das Design, den Druck, die Beschichtung und die Leistungsprüfung von Solarzellen mit modernsten Geräten wie dem Laboratory Roll-to-Roll Coater, dem Slot-Die Coater, dem LBIC, dem ISOSun Solar Simulator und den Source Measure Units. Unsere Workshops sind auf Ihre Bedürfnisse zugeschnitten und eignen sich perfekt für Studenten, die ECTS-Punkte erwerben möchten, oder für Fachleute, die ihr Fachwissen erweitern möchten.
Mehr über Solarzellen erfahren
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