The CEL-PE300L-3A model is a high-performance, Uniform Light Xenon Light Source, specially designed for scientific research that demands maximum precision in irradiation. This system simulates natural sunlight and is crucial for advanced studies in photocatalysis, photosynthesis, and solar simulation. The optimized design ensures a stable light beam and consistent energy distribution across the sample.

Key Technical Features:

• High-Quality Source: Uses reference xenon lamps (such as PE300), guaranteeing a continuous and comprehensive output spectrum.

• Uniformity and Shape: Produces a light beam with a Hexagonal shape, ideal for efficiently covering the reaction area. The light beam diameter is adjustable, ranging from 30 mm to 80 mm (depending on the distance).

• Power and Intensity: The power output is adjustable over a wide range, from 0.1 to 5 Sun (10 to 500 mW per square centimeter), meeting different experimental needs.

• Superior Output Stability: Features unmatched output stability, measured at less than 1 percent variation, which is essential for data reproducibility.

• Wide Filter Options: Supports a vast array of high-precision optical filters (round or square), including the default AREF (Full Reflective, 200 to 2500 nm), AM1.5G (Solar Simulation, 300 to 1100 nm), UVREF, VisREF, and specific Band Pass filters, allowing for isolation of any spectral region of interest.

• Scientific Applications: Essential for studies in: $\text{CO}_2$ Reduction, Hydrogen Production via Water Photolysis, Photochemical and Photothermal Catalysis, Water Pollutant Treatment, and Photochemical Synthesis.