Large Scale Antireflective Glass Nanoimprinting for Simplifying the Recycling and Improving the Efficiency of Solar Panels

This research aims to develop a scalable nanoimprinting process for anti-reflective (AR) glass, inspired by the nanostructures found in moth eyes. AR glass enhances the energy efficiency of solar panels by increasing light absorption and reducing reflections. Unlike traditional thin-film AR coatings, which degrade over time and complicate the reuse and recycling of solar panels, nanoimprinted AR glass offers a more durable and sustainable alternative. This method eliminates the need for multi-layer deposition, reducing material waste and hazardous byproducts. By making solar panels more efficient and recyclable, this innovation supports the shift to cleaner energy and strengthens energy autonomy in remote Quebec communities.