Indoor standard spectral simulation light source indoor light testing system

Indoor standardsspectrumSimulated light source CME-ILS3100It is designed to simulate specific lighting conditions in indoor environments, providing a stable, controllable, and near real indoor lighting environment. This can help with various lighting related testing, research, and other work, which can simulate different indoor lighting scenarios by adjusting parameters such as brightness and color temperature. These light sources are usually professionally designed and calibrated to ensure the stability and accuracy of their lighting characteristics.

Firstly, battery materials have specific spectral characteristics in response to light, and indoor standard spectral simulation light sources can accurately simulate the spectral distribution related to the operation of perovskite cells. This helps researchers to more accurately understand the performance of perovskite cells under different lighting conditions, such as the variation of their photoelectric conversion efficiency with different spectral components.

During the battery preparation process, it can simulate the lighting conditions in various practical usage scenarios, helping researchers optimize the structure and material formulation of the battery. For example, the wavelength, intensity, and duration of light can be precisely controlled to study the effects of different light conditions on the growth and defect formation of perovskite crystals, providing guidance for the preparation of high-performance perovskite cells.

In terms of battery performance testing, it can provide a stable and reproducible lighting environment, which facilitates accurate measurement of key performance indicators such as photovoltaic conversion efficiency, open circuit voltage, and short-circuit current of perovskite cells under different lighting conditions. By using simulated light sources with different spectra, the performance of the battery under various actual lighting conditions can be comprehensively evaluated, providing data support for further improvement and optimization of the battery.

In addition, the stability study of perovskite cells is also crucial. Indoor standard spectral simulation light sources can simulate different light aging conditions, such as continuous light of different intensities and wavelengths, helping researchers understand the performance degradation of cells under long-term light exposure and providing a basis for improving the stability and service life of cells.

productFeatures:

1. Three different color temperatures3000K, 4000K, and 5500K；

2. The light intensity can vary from 200 lux continuously adjusted to 1000 lux, covering indoor environmental light intensity levels；

3. Good stability:Provide a stable and reproducible lighting environmentThe illumination intensity and spectral distribution remain unchanged for a long time, ensuring the reliability of the test data；

4. Small size and low energy consumption: Small size, low energy consumption, easy to move and arrange in limited space, convenient and economical to use；

5. Long lifespan:LED light sources have a long lifespan, reduce replacement frequency and costs, and improve equipment efficiency and economy.

Technical specifications：

Three color temperature spectral curves: