Smart energy glass allows building inhabitants to work under natural light without distracting glare or unhealthy solar radiation. Windows made of the glass allow users to control light on demand using three modes, dark, bright and privacy. The windows can also generate electrical power.
Netherlands-based Peer+ is the company behind Smart Energy Glass windows. The company is working on pilot installations of the power-generating windows in the Netherlands and is looking for other test project locations.
Power-Generating Windows
Smart Energy Glass Light Dimming Panes Create Electricity
Trend Themes
1. Smart Energy Glass - The development of smart energy glass delivers natural light, controlled by users, and the ability to generate electrical power, introducing the opportunity to innovate energy-efficient building materials.
2. Power-generating Materials - The invention of power-generating windows revolutionizes building operations by reducing energy costs, providing backup power, and potentially enhancing sustainability efforts.
3. Intelligent Lighting - The integration of intelligent lighting into smart energy glass not only reduces energy consumption but provides an opportunity for creating personalized lighting experiences, mitigating migraines and other health problems associated with excessive light.
Industry Implications
1. Construction - Smart energy glass windows create an excellent opportunity for construction firms to integrate energy-efficient building materials into their projects, potentially improving sustainability efforts and energy efficiency.
2. Renewable Energy - The power-generating smart energy glass windows are an innovative solution for renewable energy firms to leverage, expanding their energy portfolios and establishing new revenue streams.
3. Technology - Digitalized and intelligent windows provide an opportunity for tech firms to create innovative solutions that integrate with smart building systems, including automated smart energy glass windows that monitor environmental factors to optimize the energy efficiency of buildings.