Class ABB Solar Simulators
The Class ABB Solar Simulator (Sol1A Series) is a large-area solar simulation system designed for photovoltaic laboratories, research institutes, and production testing environments. It uses a xenon short-arc lamp combined with a proprietary spectral correction filter to reproduce standardized sunlight conditions for solar cell and PV module testing.
With Class ABB performance, stable continuous-wave illumination, and multiple beam size options, the Class ABB Solar Simulator provides a practical solution for photovoltaic performance evaluation, production quality inspection, and solar material research where reliable large-area illumination is required.
Application
The Class ABB Solar Simulator is widely used in photovoltaic and solar energy testing fields:
(1) PV Cell Performance Testing
Used for evaluating solar cell electrical characteristics, including I-V curve measurement, efficiency analysis, and comparative research of photovoltaic technologies.
(2) PV Module Testing
Suitable for laboratory evaluation of photovoltaic modules under standardized solar irradiation conditions.
(3) Production Quality Control
Applied in photovoltaic manufacturing processes for product inspection, performance verification, and quality consistency analysis.
(4) Solar Material Research
Used for studying photovoltaic materials, optical coatings, and light-sensitive materials under controlled solar simulation conditions.
(5) Research and Certification Laboratories
Provides standardized illumination for universities, research organizations, and testing laboratories conducting photovoltaic experiments.
Standards
The Class ABB Solar Simulator complies with international solar simulator standards:
(1) IEC 60904-9 Edition 2 (2007) – Photovoltaic Devices: Solar Simulator Performance Requirements
(2) JIS 8904-9 (2017) – Solar Simulator Performance Requirements
(3) ASTM E927-10 (2015) – Standard Specification for Solar Simulators for Photovoltaic Device Testing
Parameters
| Parameter | 4A Model | 6A Model | 8A Model |
|---|---|---|---|
| Simulator Class | Class ABB | Class ABB | Class ABB |
| Light Source | Xenon | Xenon | Xenon |
| Lamp Power | 450 W | 1000 W | 1600 W |
| Output Beam Size | 4 × 4 in. | 6 × 6 in. | 8 × 8 in. |
| Beam Uniformity | <5% | <5% | <5% |
| Beam Divergence (Half Angle) | <±4° | <±3° | <±2° |
| Typical Output Power | 100 mW/cm² (1 SUN) | 100 mW/cm² (1 SUN) | 100 mW/cm² (1 SUN) |
| Output Adjustment Range | 80–110% | 80–110% | 80–110% |
| Working Distance | 6.0 ±0.5 in. | 7.0 ±0.5 in. | 15.0 ±0.5 in. |
| Spectral Match Classification | Class A | Class A | Class A |
| Temporal Stability Classification | Class B | Class B | Class B |
| Uniformity Classification | Class B | Class B | Class B |
| Light Ripple | <1% RMS | <1% RMS | <1% RMS |
| Line Regulation | 0.01% | 0.01% | 0.01% |
| Power Requirement | 95–264 VAC | 95–264 VAC | 190–264 VAC |
Features
(1) Reliable Solar Simulation Performance
The xenon lamp and optical filter system provide stable sunlight simulation for photovoltaic testing and research applications.
(2) Large-Area Illumination Capability
Multiple beam configurations allow users to select a suitable illumination range according to different sample sizes and testing requirements.
(3) Continuous-Wave Operation Design
The continuous illumination mode is suitable for photovoltaic materials requiring stable exposure conditions during measurement.
(4) Simplified Optical Adjustment
The integrated optical structure reduces operation complexity and improves daily usability in laboratory environments.
(5) Enhanced Operation Safety
Temperature monitoring, safety interlock functions, and controlled exposure mechanisms improve equipment operation safety.
(6) Suitable for Research and Production Applications
The system provides a practical balance between testing capability and equipment investment for PV manufacturers and research institutions.
FAQ
(1) What is the Class ABB Solar Simulator used for?
The Class ABB Solar Simulator is mainly used for photovoltaic cell and module testing, production quality inspection, and solar material research. It provides controlled solar illumination conditions to evaluate photovoltaic performance and compare different solar products under standardized test environments.
(2) What are the advantages of using a xenon lamp solar simulator?
A xenon lamp provides a solar-like spectrum suitable for photovoltaic testing. Combined with spectral correction filters, it can reproduce sunlight characteristics required for PV measurements and provide stable illumination for laboratory and production applications.
(3) How should I choose between the 4A, 6A, and 8A models?
Model selection mainly depends on the required illumination area and sample size. The 4A model is suitable for smaller PV samples, while the 6A and 8A models provide larger beam coverage for bigger photovoltaic devices or module testing. The required standard and testing purpose should also be considered.
(4) What information is required before selecting a solar simulator?
Users should provide sample dimensions, testing standards, required illumination area, application purpose, and measurement requirements. Based on these factors, the appropriate standard model can be selected to ensure suitable testing performance.
(5) How do I select the right Class ABB Solar Simulator for my application?
For photovoltaic cell research, a smaller beam size may be sufficient, while PV module testing usually requires larger illumination coverage. Users should select the model according to sample size, laboratory space, testing standards, and whether the equipment is used for research, certification, or production inspection. Please contact our technical team with your testing requirements, and we will recommend the suitable model.
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