Smart Artificial Sky: Advanced Solar Simulation Dome for Energy Conservation by Leading China Suppliers and Factory

In the pursuit of building energy conservation, effectively harnessing natural lighting and implementing appropriate shading techniques are vital components of energy-saving technology. Within the realm of practical research on daylighting and shading, creating a stable experimental environment is essential. However, the unpredictability of the natural environment often leads researchers to opt for artificial sky simulation. By positioning a scaled-down building model beneath an artificial dome, architects can perform sunlight testing and evaluations on their design concepts. Traditional artificial domes typically include forms that either project light directly onto the inner surface for diffusion or utilize mirror-shaped chambers for internal light transmission and diffusion. While the first two methods are cost-effective, they often lack scalability and are challenging to adjust. Our innovative system employs an internal light transmission diffusion approach, integrating the latest intelligent control technology along with advanced solar simulation lamps. This system not only simulates standard CIE lighting conditions but also offers unmatched precision and flexibility, making it an ideal choice for China-based suppliers and factories seeking innovative solutions for energy-efficient building design.