Solar Simulators
Solar Simulation Systems
- AM1.5G solar spectrum simulation to IEC standards
- Class AAA spectral match, uniformity and temporal stability
- Variable beam sizes for cell and module testing
- Calibrated irradiance with NIST-traceable reference
- Applications in photovoltaic research and certification
Product Overview
Newport solar simulators replicate the spectral characteristics and intensity of natural sunlight under controlled laboratory conditions, enabling accurate and repeatable testing of photovoltaic cells, modules and materials. The solar simulator range includes Class AAA systems meeting IEC 60904-9 and ASTM E927 standards, with beam sizes from small-area research illuminators to large-area module testers.
Solar simulators are essential tools for photovoltaic research and development, solar cell manufacturing quality control, material degradation studies and environmental testing. Newport’s solar simulators feature advanced xenon and LED light source technologies, precision optical systems and calibrated reference cell monitoring to ensure spectral match, spatial uniformity and temporal stability meet the highest classification requirements.
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Technical Specifications
| Type | Solar Simulators |
| Spectrum | AM1.5G (IEC 60904-9) |
| Classification | Class AAA (spectral match, uniformity, stability) |
| Beam Size | Various (cell to module scale) |
| Irradiance | Adjustable, typically 1 Sun (1000 W/m²) |
| Lamp | Xenon arc or LED |
| Applications | Photovoltaic testing, materials research |
| Calibration | NIST-traceable reference cell |
| Manufacturer | Newport / Oriel |
| Power | Single-phase or three-phase (model dependent) |
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