We have an AAA+ High-Performance Light Soaker (HPLS) with extremely accurate temperature control and in-situ IV characterization. The system combines AAA+ class steady-state illumination (IEC 60904-9 ed. 3) and extremely accurate and uniform temperature control from 25 to 95 C.

The HPLS enables the study of degradation effects that potentially predict overtime underperformance of solar plants simulating real-life conditions. It can measure the metastability of thin-film modules such as CIGS, CdTe, GaAs; accurately perform IV measurements of OPV, perovskite and tandem cells; perform temperature coefficient and energy rating measurements.

Humidity control can be added.

Features :

• Accurately test the efficiency and reliability of Perovskite and Tandem PV modules
• IEC tests of traditional and innovative PV technologies
  With the HPLS, RnD and certification / test labs can perform:
  - Accurate power determination of all PV modules types and technologies

-Stabilization and LeTID tests

-Accurate temperature coefficient measurements
-Energy rating tests

What sets this product apart

• AAA+ according to IEC 60904-9 ed.3
  -Ensure low measurement uncertainty with high-class steady state solar simulator
• Lightsoaking and Insitu IV measurements
  -Accurately measure Pmax of PV modules under continuous light conditions
• Stable and uniform temperature control
  - AAA+ class with insitu measurements in temperature (and humidity) controlled environment
• Advanced LeTID tests
  - Study Light Induced Degradation in Elevated Temperatures (LeTID) to observe PV module performance over time under
• Proven technology
  - Used by leading RnD and test labs since 2011
• Test every size
  - Our solar simulators are suitable to test all PV sizes, from mini-modules up to the largest modules expected in the market
• Modular design
  - Can test 2 modules simultaneously