ABB Small Area Solar Simulators
The Class ABB Small Area Solar Simulator is a compact and high-performance solar simulation system designed for researchers requiring accurate sunlight simulation within a small illumination area. It provides certified solar output for photovoltaic cell research, material evaluation, and small-area optical testing while maintaining a cost-effective and easy-to-integrate design. The simulator adopts a xenon lamp source with AM1.5G filtering technology to reproduce standard solar conditions, making it suitable for laboratory research and development applications requiring reliable and repeatable illumination.
Application
(1) Solar Cell Performance Testing
Used for evaluating electrical characteristics of photovoltaic cells, including current-voltage (I-V) curve measurement, conversion efficiency analysis, and performance comparison of new solar materials.
(2) Photovoltaic Material Research
Suitable for research on emerging photovoltaic technologies such as thin-film solar cells, perovskite solar cells, and other light-responsive materials.
(3) Optoelectronic Device Evaluation
Provides controlled illumination conditions for testing photodetectors, optical sensors, and other light-sensitive electronic components.
(4) Photochemical Research
Used in photocatalytic experiments, photoelectric conversion studies, and light-driven reaction analysis requiring stable solar-like radiation.
(5) University and Laboratory Research
Ideal for academic laboratories, research institutes, and small-scale testing facilities requiring standardized solar simulation.
Standards
The Class ABB Small Area Solar Simulator complies with internationally recognized solar simulator performance requirements:
(1) IEC 60904-9 Edition 2 (2007) – Photovoltaic Devices: Solar Simulator Performance Requirements
(2) ASTM E927-10 (2015) – Standard Specification for Solar Simulators for Photovoltaic Device Testing
(3) AM1.5G Standard Solar Spectrum Requirements – Standard terrestrial photovoltaic testing condition
Parameters
| Parameter | Specification |
|---|---|
| Simulator Class | Class ABB |
| Illumination Area | 1.5 × 1.5 in. (38 × 38 mm) |
| Light Source Type | Xenon lamp |
| Lamp Power | 100 W |
| Beam Uniformity | Class B (<5%) |
| Spectral Match Classification | Class A |
| Temporal Stability Classification | Class B |
| Standard Filter | AM1.5G |
| Optional Filters | AM0 / AM Direct |
| Output Irradiance | 1 SUN (100 mW/cm²) |
| Output Adjustment Method | Working distance adjustment |
| Shutter Type | Manual shutter / optional electronic shutter |
| Trigger Interface | TTL input (optional electronic shutter) |
Features
(1) Integrated Optical Structure
The light source, reflector, igniter, power supply, and homogenizing components are integrated into one compact system, reducing installation complexity and improving operational convenience.
(2) Easy Installation and Operation
The pre-configured optical system eliminates complicated alignment procedures, allowing researchers to quickly start solar simulation experiments.
(3) Stable Research Platform
Designed for repeatable laboratory testing, the simulator provides consistent illumination conditions for comparative analysis and material evaluation.
(4) Flexible Configuration Options
Supports different filter selections and shutter configurations to adapt to various research requirements.
(5) Space-Saving Laboratory Design
The compact structure is suitable for laboratories where installation space is limited while maintaining professional solar simulation capability.
(6) Low Maintenance Optical System
The replaceable lamp assembly design simplifies maintenance and reduces downtime during long-term laboratory operation.
Maintenance Information
(1) Regularly clean the optical components and filters to prevent contamination affecting illumination quality.
(2) Replace the xenon lamp assembly when output performance decreases.
(3) Inspect the shutter mechanism periodically to ensure smooth operation.
(4) Check the filter condition to maintain spectral accuracy.
(5) Perform periodic verification of spectral matching and illumination performance according to laboratory requirements.
FAQ
(1) What is the main application of the Class ABB Small Area Solar Simulator?
The Class ABB Small Area Solar Simulator is mainly used for small-area photovoltaic research, solar cell performance evaluation, optical device testing, and material studies. It provides controlled solar-like illumination for laboratories requiring repeatable test conditions without the need for large-area solar simulation equipment.
(2) What is the difference between this simulator and a large-area solar simulator?
This model is designed specifically for small samples and laboratory research, with a compact illumination area suitable for solar cells and small optical components. Large-area solar simulators are mainly used for full-size PV module testing and industrial production applications.
(3) How can I select the suitable solar simulator model?
The selection depends on the sample size, testing purpose, required solar standard, and application environment. For small photovoltaic cells or material samples, the Class ABB model is suitable. For full-size PV modules or certification testing, larger AAA/BBA-class simulators may be more appropriate.
(4) Does the simulator require complicated optical adjustment before use?
No. The system integrates the lamp housing, igniter, reflector, and optical components. The pre-configured design reduces alignment requirements, allowing users to perform solar simulation tests more conveniently.
(5) What information should I provide before purchasing a solar simulator?
Please provide your sample size, required illumination area, testing standards, application purpose, and whether you need photovoltaic I-V testing, material exposure testing, or customized solar conditions. Our technical team can recommend the most suitable solar simulator configuration according to your project requirements.
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