Solar meta-glass

Purpose and goal:

The project addresses the challenges posed by extensive glass surfaces in modern architecture and automotive industries, which typically hinder energy efficiency and climate control. We developed coding metasurfaces a novel approach utilizing micro- and nano-structured layers of dielectric and semiconductor materials. These metasurfaces are designed to be fully transparent, transmit RF signals, and diffuse reflect near-IR/IR solar radiation, while also offering real-time tunability to switch between reflecting and absorbing solar energy.

Expected results and effects:

The project on solar metaglass utilizing coding metasurfaces has yielded promising results with prototypes. Looking forward, these coding metasurfaces hold immense potential to revolutionize energy-efficient building and automotive applications. The anticipated impacts include substantial reductions in energy consumption, improved indoor comfort, and enhanced environmental sustainability across diverse geographical regions.

Approach and implementation:

The project on solar metaglass utilizing coding metasurfaces represents an approach to address energy efficiency and climate control challenges posed by extensive glass surfaces in modern architecture and automotive industries. While reaching desired technical specs, we aim to leverage the achieved technological advancements and market validations to drive widespread adoption in sustainable building materials and automotive glazing by focusing on scalability and continued innovation in fabrication techniques.