Photovoltaic Testing

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PV Testing Equipment | Substrates and Fabrication | Light Simulator Classifications | Resources | Technical Support Reliable, trustworthy photovoltaic testing underpins any solar cell laboratory, and accurate characterization relies on two components: A calibrated light source for standardized illumination (a Solar Simulator or Indoor Light Simulator) Reliable electrical characterization equipment for current-voltage (I-V) testing. This may consist of several components (source measure unit, test boards, probe station, etc.) or an enclosed measurement system like the Ossila I-V Test System. Choose the right testing equipment from the Ossila range, whether a complete and integrated solution, a manual kit for additional flexibility, or individual instruments and components for custom setups. All of our light sources are built with high-power LEDs calibrated according to the latest standard (IEC 60904-9:2020 for outdoor and IEC TS 62607-7-2:2023 for indoor). The capabilities of each test system are underpinned by the powerful Ossila Source Measure Unit to take accurate measurements for key metrics of device efficiency and stability. Buy Photovolatic Testing Equipment [[filterby group="product" tags="testing kits, light simulators, test systems"]] [[split]] Automatic Pixel Switching for Faster Measurements When you fabricate solar cells, you may create several individual cells on a single substrate. At Ossila, we call these individual cells pixels, and we refer to the full substrate as a device. For example, if you use our 25 mm square multi-electrode deposition mask (E2001A1) with a 25 mm ITO glass substrate (S2006C1), you will produce four separate solar cells on a single substrate. This gives you a device with four pixels. Available in the Automated Solar Cell Testing Kit and automated Solar Cell I-V Test System , automatic pixel switching connects to each pixel on your device, without manual reconfiguration, to speed up your measurements and enable lifetime metric t