Solar Simulator
Large Area & Highly Collimated -Xenon Based Systems
Description:
This large‑area, highly collimated solar simulator is a continuous, xenon‑arc–based system engineered for applications that require sun‑like angular divergence and uniform illumination over relatively large target areas. The system employs a high‑power xenon short‑arc lamp combined with a Fresnel‑lens and reflective optical architecture to collimate the emitted radiation, producing an angular divergence that closely approaches that of natural sunlight.
Designed for demanding photovoltaic and solar‑energy research, the simulator delivers large‑area continuous illumination with high collimation (approximately 0.7° half‑angle) while supporting air‑mass spectral simulation via calibrated optical filters. Integrated power electronics and precision lamp‑alignment tools ensure stable operation, repeatable performance, and ease of use in laboratory and industrial research environments.
Key Features:
- Xenon short arc light source
- Highly collimated output
- Large area continuous illumination
- Air mass spectral simulation capability
- Integrated power supply and control electronics
- Precision lamp alignment and system stability
Specification:
- Light source : Xenon short arc lamp
- Lamp power : High power configurations (typically ~1.6 kW to 3.0 kW)
- Operating mode : Continuous (steady state)
- Angular divergence: Approximately 0.7° half angle
- Illumination area: Large circular targets (commonly 9″–12″ diameter)
- Spectral simulation: AM0 and AM1.5 via calibrated filters
- Irradiance control: Adjustable, suitable for photovoltaic and solar thermal applications
- Standards alignment: Designed to meet international solar simulator performance standards for spectral match, uniformity, and temporal stability
Applications:
- Advanced Materials
- Concentrator photovoltaic (CPV) testing
- Satellite and space environment solar simulation
- Photovoltaic device characterization
- Photochemistry and photocatalytic studies
- Photochemistry and photocatalytic studies
- Materials characterization and degradation testing
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