As a high-precision and high stability device, the 3A level solar simulator has a wide range of applications covering multiple fields, including the following aspects:

1. Photovoltaic cell testing and research and development

Performance evaluation: used to measure the photoelectric conversion efficiency, I-V characteristic curve, and key parameters (such as open circuit voltage, short-circuit current, etc.) of solar cells, supporting the analysis of various materials such as monocrystalline silicon, polycrystalline silicon, perovskite, etc. The device can simulate solar radiation conditions in different geographical regions or times, helping to optimize component design and verify its stability in different environments.

Aging experiment: By continuously irradiating large-area photovoltaic modules for a long time, the durability and reliability of the modules under extreme light are tested to meet international standards for product quality.

Research on Material Science and Weather Resistance of 2.3A Solar Simulator

Light stability testing: Accelerated aging tests are conducted on organic materials such as coatings, plastics, and rubber to observe phenomena such as color fading and mechanical property degradation, in order to evaluate the outdoor service life and anti degradation ability of the materials.

Development of new materials: Provide a controllable light source environment for functional coatings, optical films, etc., study their physical and chemical changes under simulated sunlight, and promote innovative applications of high-performance materials.

3. Plant growth and agricultural research

Exploration of Photosynthesis Mechanism: Accurately regulate light intensity, spectral distribution, and periodic rhythm, study the effects of different wavelength combinations on crop photosynthetic rate and biomass accumulation, and assist in high-yield breeding and facility cultivation technology optimization.

Environmental adaptation simulation: Reproduce lighting patterns under specific climate conditions, analyze plant response strategies to climate change, and provide theoretical basis for ecological restoration.

4. Quality verification in the construction and automotive industries

Light resistance testing of interior parts: Evaluate the degree of fading and mechanical performance degradation of non-metallic materials such as car dashboard and seat fabrics after long-term sun exposure, and guide material selection improvement.

Energy saving building design support: testing the thermal insulation performance of window glass, changes in light transmittance of shading systems, and assisting in the development of low-energy building solutions.

Stability analysis of biopharmaceuticals and cosmetics using a 5.3A level solar simulator

Monitoring of active ingredients in drugs: Investigating the decomposition kinetics of drug formulations under light exposure to ensure the stability of active ingredients during storage and use.

Validation of skincare product efficacy: Simulate a human skin model exposed to sunlight, quantify the actual protective effects of antioxidants, sunscreen factors, and other products, and accelerate preclinical research before new products are launched.

6. Reliability verification in the aerospace field

Spacecraft power system calibration: Reproduce the solar spectral characteristics of the space environment in the ground laboratory, test the output power fluctuation range and thermal management capability of satellite solar panels.

Extreme working condition adaptability training: Combined with temperature cycling devices, simulate the complex radiation conditions encountered in near Earth orbit to deep space exploration missions to ensure the long-term stable operation of aerospace equipment.

7.3A level solar simulator for environmental science and air pollution control

Research on Atmospheric Photochemical Reactions: Constructing a controllable photochemical smog chamber experimental system to explore the conversion pathways of volatile organic compounds under simulated sunlight and the mechanism of secondary pollutant generation.

Evaluation of pollutant degradation efficiency: Quantify the degradation rate constant of catalyst materials under specific wavelength illumination, and screen for efficient and environmentally friendly new purification technology solutions.