Better optical systems for energy efficiency

These windows actively manage solar heat gain by automatically tinting or clearing based on sunlight intensity, significantly reducing the need for air conditioning. This dynamic control optimizes natural light penetration and leads to substantial energy savings in buildings.

These microscopic, transparent coatings reflect infrared light, significantly reducing heat transfer through windows while allowing visible light to pass. They are increasingly prevalent in new window manufacturing, enhancing energy efficiency by reducing heating and cooling costs.

These precision-engineered modules for street and area lighting offer excellent light distribution and superior cutoff performance. They are designed to minimize light pollution while maximizing roadway safety and luminous efficacy, contributing to energy-efficient outdoor illumination.

These optical components, such as lenses and reflectors, shape and direct the light emitted from primary LED sources. They significantly enhance the performance and efficiency of LED light sources by optimizing light distribution, reducing glare, and ensuring light is directed only where needed.

These engineered materials with periodic nanostructures precisely manipulate light, enabling superior control over reflection, refraction, and emission. Applied to solar cells, they can enhance light absorption, offering a pathway to significantly increased solar energy capture.

These ultra-thin, 2D structures composed of nanometer-scale pillars manipulate light with precision, replacing bulky traditional lenses. They enable miniaturization of cameras, sensors, and other optical instruments, offering equivalent or better performance in a much more compact, energy-efficient form factor.