The verification experiment was conducted by irradiating the unit, both with or without the heat-shielding curtain and sheet, with artificial solar lighting XG-500EF and recording the temperatures during the experiment with a thermal camera.
The results showed that using heat-shielding curtains and sheets significantly suppressed the rise in temperature.
If you do not need to measure detailed data, only requiring sensory evaluations such as the perception of heat or imaging with a thermal camera, evaluation tests can be conducted with the XG-500EF.
However, if you need to measure detailed data to visualize heat-blocking properties, the “artificial concentrating-type solar lighting (super spotlight type)” is optimal.
Direct sunlight in midsummer is referred to as “1 sun.” Its irradiance (radiant intensity) is 1,000 W/m2 (1 kW/m2), and the illuminance is approximately 100,000 Lx.
Artificial solar lighting super spot type “Models: XG-100EFSS and XG-500EFSS” are able to achieve an irradiance equivalent to midsummer sunlight of 1,000 W/m2 (in this case, the illuminance is about 60,000 Lx). “Models: XG-100AFSS and XG-500AFSS” are able to produce 100,000 Lx, making it possible to reproduce midsummer sunlight indoors at any time.
Please refer to the following pages for the specifications and performance of artificial solar lighting.
・ Artificial Solar Lighting XG-500EF (XELIOS 500W Series Page)
・ Artificial concentrating-type solar lighting (super spotlight type) capable of producing 1 sun (1,000 W/m2) or 100,000 Lx
If you are considering conducting temperature rise tests of products or components in a stable environment, please feel free to contact our experienced company. We will propose equipment that meets your requirements.
