BBA steady state solar simulator tester for automotive materials
Whats/App: +86 156 1874 6768
Web: standard-groups.com
Standards
The simulator complies with key international standards:
(1) GB/T 6495.3 – Solar Radiation – Measurement of Spectral Irradiance Distribution
(2) IEC 61215 – Crystalline Silicon Terrestrial Photovoltaic Modules – Design Qualification and Type Approval
(3) IEC 61646 – Thin-Film Photovoltaic Modules – Design Qualification
(4) IEC 60904-6 – Photovoltaic Devices – Procedures for Using Reference Cells and Simulators
Parameters
| Item | Technical Specification |
|---|---|
| Effective Test Area | 2.0 × 1.0 m |
| Simulator Class | BBA |
| Spectral Match | Class B |
| Irradiance Uniformity | Class B |
| Instantaneous Instability | Class A |
| Light Source Type | Metal halide lamp |
| Measurable Parameters | NOCT, STC, Hot Spot |
| Light Source Lifetime | Single lamp ~1000 hours, 1 spare set provided |
| Illumination Direction | Top-down, vertical incidence on module |
| Consumables Lifetime | Light source and filters for 2000 hours of use |
| Light Intensity Range | 800 – 1000 W/m², continuously adjustable |
| Low Irradiance Testing | Down to 200 W/m² |
| Operating Temperature | +15°C to +30°C |
| Power Supply | 380V, 50Hz, ≤150A |
| Software Features | Simplified/Traditional Chinese, English; data storage, query, export/print; report output to Word, Excel, PDF, JPG |
| Supporting Equipment | Dedicated computer for software operation |
Features
Large-area BBA-class steady-state solar simulator suitable for full-size PV module testing
Strict Class B spectral match and uniformity compliance
High-precision light intensity adjustment (800–1000 W/m²) and low irradiance testing (200 W/m²)
Supports hotspot testing, temperature coefficient measurement, and light-induced degradation experiments
Long-life metal halide lamp with spare set ensures up to 2000 hours of operation
Multilingual software interface with full data acquisition, storage, analysis, and report generation
Accessories
(1) BBA Solar Simulator Main Unit – includes light source, lamp mount, and optical system
(2) IV Curve Tester – measures module current-voltage characteristics
(3) Control Software – data acquisition, display, and report generation
(4) Dedicated Computer – software operation and data management
(5) Consumable Metal Halide Lamp – single lamp ~1000 hours, 1 spare set provided
(6) Consumable Optical Filters – ensure spectral match and irradiance uniformity
(7) Optional Calibration Reference Device – IEC 60904-6 standard photovoltaic reference
Test Procedures
Configure test parameters: irradiance (800–1000 W/m²), temperature (STC or NOCT), and low irradiance (200 W/m²)
Mount the PV module on the test fixture and adjust angle for perpendicular incidence of light
Start the BBA steady-state solar simulator and stabilize illumination to the set conditions
Use the IV curve tester to record the module’s current-voltage characteristics
Conduct hotspot experiments, temperature coefficient measurements, and light-induced degradation tests
Collect test data, analyze maximum power, fill factor, efficiency, and electrical performance variations
Output and archive experiment reports for traceability
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