Systems for solar cell characterization
- Magnetism
- Materials science
- Dip coater
- Electrospinning and electrospraying equipment
- FP profiler for large format samples
- Flexus thin film stress measurement systems
- Furnace for crystal fabrication
- Hall effect
- Langmuir-Blodgett systems
- Material optical properties
- Nanoindenters - Nanohardness tester
- Particle size analyzer
- Photo lithography systems
- QCM-D Quartz Crystal Microbalance
- Spectroscopic ellipsometers
- Spin coater
- Systems for solar cell characterization
- Systems to measure physical properties
- Very-low resistance measurements
- Spectroscopy
- Imaging
- Electron microscopy
- Cryogenics
- Optics
- Light & lasers
- Life sciences
The correct identification of the relevant parameters of a solar cell is the basis of its successful further development. Apart from determining the standard IV curve by using a solar simulator ... more
The correct identification of the relevant parameters of a solar cell is the basis of its successful further development. Apart from determining the standard IV curve by using a solar simulator and source meter, it is necessary to gain detailed information on the spectral behavior (quantum efficiency or incident photon-to-current efficiency IPCE). We offer comprehensive all-in-one systems to provide solutions to both challenges.
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Quantum efficiency measurement station
Apart from IV curves, the most important measurement on solar cells is that of the quantum efficiency or quantum yield, respectively. Our PVE300 system from Bentham is suited for all types of cells. ...