Custom Tailored Solar Simulation
Combined Instruments
Imaging Systems
Solar Simulation
Individual Devices
Custom Built
::
Custom Tailored Solar Simulation
neonsee offers customized solar simulation solutions exceeding Class A requirements. Our unique system
architecture enables the continuous adjustment of light intensity over the entire intensity range (0-100%) while remaining compliant with Class
A requirements with regard
to spectrum, homogeneity
and temporal stability of irra3,5
3,5
-0,1%
-5,3% -2,9% +0,5% +13%
-0,7%
diance as per IEC 60904-9
33
and ASTM E 927. We offer
customized features inclu2,5
2,5
ding automated intensity
control and user defined
22
spectral output.
Irradiance
[W/m2nm]
Irradiance
[W/m nm]
1,5
1,5
11
0,5
0,5
00
400
400
600
600 800 800
1000 1000
1200
1200
Wavelength [nm]
Wavelength [nm]
Comparison of AM1.5G spectrum (IEC 60904-3:2008, ASTM G 173-03) and neonsee solar simulator spectrum.
Comparison of AM1.5G spectrum (IEC 60904-3:2008, ASTM G 173-03) and neonsee
Deviations from standards are denoted within corresponding intervals.
single source
solar simulator spectrum. Deviations from standards are denoted within corresponding intervals.
::
Key Features
• Fully custom tailored
• Continuous full range intensity control
• Large area, highly collimated illumination • Full remote controllability
• Energy- and space efficient design
::
Capabilities
102,0
102,0
20
20
101,0
101,0
15
15
• Customized housing
100,5
100,5
[cm]
[cm]
• Continuous & automated irradiance stabilization
• Multi-source configurations
100,0
100,0
10
10
99,5
99,5
• Collimation up to ± 0,3°
99,0
99,0
-5
-5
• Flash mode with exposure times down to 40ms
• Light emitting plasma lamp technology for enhanced lamp lifetime
• Full remote controllability
98,5
98,5
00
00
10
10
15
15
20
20
[cm]
[cm]
• Filter wheels and automated spectral tuning
::
5
5
Spatial uniformity distribution of solar simulator
irrandiance in test plane.
Spatial uniformity distribution of CPV solar simulator irradiance in test plan
Application Areas
Solar CELL Characterization
automotive
•
IV measurement
•
System Reliability
•
QE measurement
•
Functionality
•
CPV optics & module testing
•
Accelerated age testing
LIfe science
Material Science
•
Light therapy
•
UV resistance
•
Cosmetic science
•
Material stability
•
Clinical use
•
Color fastness
98,0
98,0
Normalized Irradiance [%]
• Turn key and open frame solutions
Normalized Irradiance [%]
101,5
101,5
::
Technical Specification
General Optical Properties
Illuminated Area
50x50 - 300x300mm²
Light Source Xenon Short Arc / Light Emitting Plasma
Operating Mode
Continuous
Lamp Lifetime
> 1000h (Xe) / > 25000h (LEP)
Short-Term Instability of Irradiance (IEC 60904-9, ASTM E 927)
< 0.5 % (Class A)
Long-Term Instability of Irradiance (IEC 60904-9, ASTM E 927)
< 1.5 % (Class A)
Non-Unifomity of Irradiance (IEC 60904-9, ASTM E 927)
< 1.5 % (Class A)
Spectrum (IEC 606904-3, ASTM G 173)
AM1.5G, AM1.5D, or customized
Spectral Distribution (IEC 60904-9, ASTM E 927)
Class A
Range of Light Intensity
0 – 1200 W/m² (continuously variable)
Collimation
Up to ± 0,3°
Concentration
1 – 500x (with reduced area)
Sun Simulator Remote Controllability
Irradiance
Lamp On/Off
Lamp Status
Lamp Voltage Monitor
Lamp Current Monitor
Lamp Temperature Monitor
Safety Interlock
General
Power Supply
1 Ph, 110/230VAC, 47-63Hz
Wattage
Model Dependent
Conformity
CE
Warranty
1 year
Please contact us for an offer tailored to your specific needs.
ne­on­see GmbH · Bla­rer­str. 56 · 78462 Kon­stanz Germany · Te­le­fon: +49 (0) 7531 2843-543
Fax: +49 (0) 7531 2843-542 · Email: info@neonsee.​c om · In­t er­net: www.​neonsee.​com