Solar Simulators provide spectral match for AM0 and AM1.5.
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Press Release Summary:
With temporal stability of ±0.15% and uniformity of ±2%, UNISIM metal halide-based solar simulators can provide 60-100 mm diameter target areas at AM0 or AM1.5 using interchangeable filter system, making them suited for solar cell research and testing. Designed to meet and surpass Class A standards, simulators provide zonal spectral control in 2 or 3 zones, allowing portions of spectrum to be isolated during multi-junction cell testing and development.
Original Press Release:
TS-Space Systems Unveils Close Match Solar Simulator
TS-Space Systems has launched a new range of solar simulators that provide the worlds best spectral match for AM0 and AM1.5.
The new UNISIM range of metal-halide based solar simulators provide the world leading spectral match technology of TS-Space Systems along with performance parameters that meet and surpass the Class A(ASTM E) standards.
These simulators also provide zonal spectral control in two or three zones, allowing portions of thespectrum to be isolated during multijunction cell testing and development.
With a temporal stability of +/- 0.15%, uniformity of +/- 2% and the worlds best spectral match, the UNISIM solar simulator range can provide 60mm-100mm diameter target areas at AM0 or AM1.5 using an interchangeable filter system making them one of the best solutions for solar cell research and testing.
TS Space Systems is a physics-based group, that has been providing support mainly, but not exclusively, to the space industry for more than twenty one years.
We are continually working on the development of our systems so as to provide the best solar simulators for photovoltaic research and development needs.
