
Ultra-thin and flexible surface-emitting panels employing high-brightness LEDs.

Ultra-thin and flexible surface-emitting panels employing high-brightness LEDs.

An energy-saving advancement of edge-lit LED panels that adds beam directionality and improves useful light output.

Helping improve the brightness of LCD displays using advanced backlight and frontlight configurations.

Light trapping-enhanced front glass enables generating more electricity using less photovoltaic material.

Planar light guides that collect sunlight over a broad area and concentrate it onto a small solar cell or absorber.

A new type of high-magnification solar concentrating collector. Combines the high performance of a mirror with the design convenience of a lens.

Low-cost alternative to parabolic trough mirrors. Its lightweight and wind-resistant design is ideal for concentrating photovoltaic (CPV) and solar thermal systems.

Thin and flexible light redirecting sheeting that illuminates building interiors with free sunlight and offsets the electricity used for lighting.

Innovative light diffusers that provide unprecedented angular spread and illumination uniformity even at low solar elevations. Allow for placing fewer skylights.

Retroreflective microstructures that create flashing effects when viewed at changing observation angles.