Модуль платы светодиодного солнечного симулятора PCBA 200-1750 нм
Large-area solar simulators are engineered to replicate real sunlight conditions and are extensively applied in the research, разработка, and quality control of photovoltaic (PV) devices. Characterized by high beam collimation, superior spot uniformity, and precision spectral matching with natural sunlight, these systems allow users to conduct solar-irradiation experiments seamlessly within an indoor environment. They are highly compatible with various solar cell technologies, including monocrystalline silicon, polycrystalline silicon, amorphous thin films, dye-sensitized, organic, semiconductor, and perovskite solar cells.
Beyond photovoltaic research, solar simulators are widely utilized in optoelectronic response device testing, surface photovoltage spectroscopy (SPS), фотокатализ, photo-catalysts, liquid crystal substrate evaluation, light-resistance weathering tests for cosmetics, покрытия, and diverse materials, photobiological inspections, as well as surface defect analysis.
The system incorporates an upgraded shutter designed for demanding production environments. This heavy-duty, single-blade shutter ensures exceptional durability and can be controlled via contact closure, logic level inputs, or a convenient push-button switch located on the simulator housing.
Delivering a light source that closely mimics natural sunlight, the equipment is primarily utilized for the aging and degradation testing of large-area photovoltaic modules. Key testing capabilities include:
- Power measurement (IV testing)
- Temperature coefficient determination
- Performance under low irradiance
- Hot-spot endurance testing
- Light-induced degradation (LID) and photo-aging tests
By providing steady irradiation, outstanding spot uniformity, and full-spectrum alignment, these solar simulators deliver high-accuracy and reliable test results. Consequently, this product series has earned widespread recognition among scientific researchers and is extensively deployed across university laboratories, institutions, and industrial production lines. It enables 24/7, all-weather continuous light irradiation, liberating experiments and manufacturing processes from the constraints of unpredictable natural weather and environmental conditions.