0

Helios 3198

The Helios 3198 Solar Simulator for CPV provides an indoor CPV module power measurement and classification capability for both laboratory and production line use. The simulator is the end result of 10 years of research and development by the IES-UPM into CPV indoor measurement requirements and techniques, and provides an integrated solution to the complex problems of indoor CPV test: the need for highly collimated light, a large illuminated area, and special attention to spectral balancing for multi-junction cells.

SAV-HELIOS 3198 system draft

SAV-HELIOS 3198 system draft

 

Solar Added Value has industrialized this solar simulator technology, creating a test equipment product that is robust and easy to use and install. The system includes both the lighting system and the I-V curve tracing electronics, as well as a custom design control software package that can be adapted to the needs of each customer, including such functions as module sorting, automatic test, and database integration.

 

Basic requirements for in-door CPV modules testing

The key challenge to in-door CPV measurement is obtaining a light source that is very similar to the sun, both in spectrum and angular size. Because of the limited angular acceptance of CPV modules, highly collimated light must be used. The SAV-HELIOS® 3198 has a collimation angle that approaches the angular size of the sun, allowing it to detect defects in the alignment of a module optics in a realistic and scientific manner. The 2 meter beam of light produced by the proprietary collimating optic of the SAV-HELIOS® 3198 is uniform spatially, and may be used to to characterize the I-V curve of any concentration technology. The spectrum is matched to AM1.5D but balanced with especial attention accurate measurement of modern III-V multi-junction cells.

Because of the various size and form factors of different CPV modules, the system setup with versatile, with the lamp placed at the collimator focus (on-axis) for smaller modules, and moved to an off-axis position to allow the entire 2m area illuminated area to be used for larger modules or more flexibility.

HELIOS 3198 system configuration options

HELIOS 3198 system configuration options

 

SAV-HELIOS 3198 Solar Simulator Technical Characteristics

Flash Illumination System:
  • Adjustable Direct Normal Irradiance (DNI): 750-1000 W/m2
  • Illuminated Area: Φ2m
  • Spatial Non-uniformity: ±5%
  • Collimation Angle: ± 0.4.
  • Spectrum: AM1.5D equivalent
  • Spectrum tuned for the III-V multijunction cells.
  • Fast recharge: 120 modules/hour
Measurement Software Functions:
  • Voltage ranges: 0-400V
  • Current ranges: 0-16A

  • Dedicated Software with the following features:
    • Calculation of IV Parameters (ISC, VOC, PMP, IMP, VMP, FF, Eff)

    • Translation of IV Curves to Standard Test Conditions
    • Module Sorting according to any IV parameter
    • 3 User Levels (Operator, User, & Expert)
Customization Options:
  • Integration with Spectro-Heliometer ICU-3J35 for spectral monitoring.
  • Integration of bar code reader and label printer.
  • Automated testing options for integration with production line control systems.
  • Additional engineering services available for specific needs.

 

SAV-HELIOS 3198: Experience

The SAV-HELIOS® 3198 is the only CPV solar simulator currently operating in multiple laboratories and CPV systems manufacturers worldwide. Its versatility has made it a indispensable tool both for research and development as well as CPV module production line use.