Flashlight Simulator - Sol 2x2m2

Measures IV characteristics of PV modules—maximum power, open circuit voltage, short circuit current—at standard test conditions (STC, IEC standard 60904-1)

Simulated sunlight spectrally filtered to AM 1,5 global, using Xenon flashlamps, intensity adjustable

Suited for laboratory measurements and integration into production lines

Spatial uniformity, temporal stability and spectrum at STC class A (IEC 60904-9).

Flashlight Solar Simulator - Sol 7x15 i

Measures IV characteristics of PV modules—maximum power, open circuit voltage, short circuit current—at standard test conditions (STC, IEC standard 60904-1)

Simulated sunlight spectrally filtered to AM 1,5 global or AM 0, using Xenon flashlamps, intensity adjustable

Suited for laboratory measurements . Inverted setup (illumination from below) allows easy integration into production lines

Temporal stability and spectrum at STC class A. Spatial uniformity +- 3%

Flashlight Solar Simulator - Sol 6x12

Measures IV characteristics of PV modules—maximum power, open circuit voltage, short circuit current—at standard test conditions (STC, IEC standard 60904-1)

Simulated sunlight spectrally filtered to AM 1.5 global, using Xenon flashlamps, intensity

Suited for laboratory measurements and integration into production lines

Temporal stability and spectrum at STC class A. spatial uniformity +- 3%

AM filtering optional

Flashlight Simulator - Sol 3.3x3.3m2

Flashlight Simulator - Sol 2x2m2

Flashlight Solar Simulator - Sol 7x15 i

Flashlight Solar Simulator - Sol 6x12

Spectral Response Set Up - SR 300

For measurements of relative and absolute spectral response resp. quantum efficiency of solar cells. Spectral range 300 nm —3000 nm (or as desired), cell size up to 21 x 21 cm2 Specialised bias light adapters for tandem cells or concentrator cells available (enables SR measurement at up to 1000 suns concentration ratio)

For the determination of solar cell parameters, such as diffusion length, recombination velocity, thin film spectral transmission, cell reflectivity and others

For determination of spectral mismatch factors for subsequent calibration of cells in solar simulators (simulator lamp spectrum and reference cell SR required).

Spectral Response Set Up - SR 150

For measurements of relative and absolute spectral response resp. quantum efficiency of solar cells. Spectral range 300 nm —3000 nm (or as desired), cell size up to 4 x 4 cm2 . Specialised bias light adapters for tandem cells or concentrator cells available

For the determination of solar cell parameters, such as diffusion length, recombination velocity, thin film spectral transmission and others

For determination of spectral mismatch factors for subsequent calibration of cells in solar simulators (simulator lamp spectrum and reference cell SR required).

Spectral Response Set Up - SRF 50

For measurements of relative and absolute spectral response resp. quantum efficiency of solar cells. Spectral range 300 nm —2000 nm (or as desired), sample/cell size up to 30 x 30 cm2

For the determination of solar cell parameters, such as diffusion length, recombination velocity, thin film spectral transmission and others

For determination of spectral mismatch factors for subsequent calibration of cells in solar simulators (simulator lamp spectrum and reference cell SR required).

Spectral Response Set Up - SR 300

Spectral Response Set Up - SR 150

Spectral Response Set Up - SRF 50