HG-Solar-SC
Customized Solar Simulator System
Customizable Spectrum Solar Simulation · High-Precision Irradiance Output · Multi-Scenario Scientific & Industrial Applications
A solar light simulation system engineered for scientific research, industrial testing, and photovoltaic inspection, delivering a stable and controllable artificial solar irradiance environment.
Product Introduction
Hagorun Technology Limited is dedicated to custom-developing solar simulator systems tailored to the distinct application needs of various industries. The HG-Solar-SC series customized solar simulator system operates independently of time, weather, and climate constraints, continuously and stably simulating solar radiation energy to satisfy a wide array of sunlight-related experimental and industrial demands.
The HG-Solar-SC series customized solar simulator system allows users to select the most suitable light source, optical arrangement, and power supply configuration based on their explicit application requirements. Featuring high stability, exceptional uniformity, and robust controllability, the system supports sensitivity adjustments, power output tuning, and spectral match optimization. Whether deployed for scientific research, industrial inspection, or photovoltaic verification, this system provides a highly consistent artificial solar light environment, ensuring reproducible and high-precision illumination control.
The HG-Solar-SC series solar simulator system offers a diverse selection of customization configurations, including large-area solar simulation, high-power solar simulation, laboratory-scale testing, photovoltaic module verification, high-collimation testing, and broad-spectrum simulation stretching from ultraviolet (UV) to infrared (IR) bands.
Technical Features
High-Precision Output
Stable and highly controllable solar irradiance simulation capability
Customizable Spectrum
Supports multi-wavelength configurations across UV, visible, and IR bands
Adjustable Power
Flexible output intensity adjustment to satisfy diverse experimental requirements
High Uniformity
Uniform beam distribution delivering reliable and repeatable illumination
Multi-Scenario Adaptation
Optimized for both scientific laboratories and rigorous industrial settings
Bespoke Development
Supports complete system engineering and customized light source selection
Application Fields
Solar Cell & Photovoltaic Testing
Material Optical Property Research
Aerospace Environmental Simulation
Climate & Environmental Simulation Modeling
Photovoltaic Component Verification
Scientific Laboratory Applications
Technical Specifications
| Parameter | Technical Specifications |
| Model | HG-Solar-SC |
| Light Source Type | Xenon lamp / Halogen lamp / LED composite light source / Metal halide lamp, etc. |
| Spectral Range | 280–2500 nm (Customizable) |
| Spectral Match Class | Class A / B / C |
| Irradiance Range | 1–1000 W/m² (Adjustable) |
| Temporal Instability | ≤ ±1% |
| Non-Uniformity of Irradiance | ≤ ±2% (Typical value) |
| Target Area Size | 50–2000 mm (Customizable) |
| Color Temperature Range | 5000–6500 K (Customizable) |
| Collimation Angle | Customizable |
| Spectral Match Optimization | Supports standard reference spectra such as AM0 / AM1.5 / AM1.5G |
| Intensity Adjustment Mode | Continuous step-less adjustment |
| Control Mode | Software control / Touch screen control / Remote telemetry control |
| Power Supply Type | Constant current power supply / Regulated power supply |
| Operational Mode | Continuous wave (CW) execution / Pulse mode |
| Service Life | ≥ 1000 h (Subject to selected light source architecture) |
| Optical Optics Assembly | Lens collimation configuration / Reflective concentration assembly |
| Filter Options | Selectable bandpass filters |
Want to learn more about our Solar Simulator products?
Our engineering team will comprehensively provide you with professional product consultation, solution design, and technical support services.
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