• Laboratory Weathering Testing
  • Xenon Arc Instruments
  • Fluorescent Devices
  • Metal Halide Systems
  • Laboratory Test Services
• Photovoltaic Testing
• Corrosion Testing
  • CCX Advanced Cyclic Corrosion Cabinet
  • BCX Basic Cyclic Corrosion Cabinet
  • Traditional Salt fog (Spray) and Humidity Cabinet
  • SF Walk-In Corrosion Exposure Cabinet
• Environmental Testing
  • WT11-180/40 and WT11-340/40 Temperature Chamber
  • WK11-180/40 and WK11-340/40 Temperature and Humidity Chamber
• Flammability Testing
  • HMV Horizontal Flame Chamber - Motor Vehicles
  • HVFAA Horizontal Vertical FAA Flame Chamber
  • HVUL2 Horizontal Vertical Flame Chamber
• Textile Testing
  • Lightfastness Instruments
  • SDL Atlas
• Solar Simulation
  • Basic Requirements
  • SolarConstant System
  • References
  • Questionnaire
• High Speed Lighting (KHS)

Just as with material coupons and smaller components, full PV modules should be tested under appropriate conditions to reproduce the synergistic effects of the factors of weathering in end-use conditions. PV modules currently range in size from smaller OPVs to larger modules that can be several square meters. Atlas offers a number of weathering testing instruments and systems to accommodate a range of module sizes.

The XR360 comes in three models, each with the capacity to test over 90% of current PV modules while combining advancements in environmental chamber and xenon solar simulation technology.

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