Electrochromic – Dynamic Glass
In a warming world, heat is placing a steadily growing burden on urban populations. Energy use for cooling buildings is already a significant component of our overall energy consumption and is only poised to grow in the coming decades.
Utilising its expertise on nanomaterial engineering and deposition, Brite has been working on a new generation of electrochromic glass for buildings that will enable occupants to control indoor climate with reduced energy consumption for cooling while maintaining uninterrupted contact with the outside world for their well-being and optimal productivity.
What we offer
01. Increased sustainability
Owing to its adaptability to environmental conditions, electrochromic glass can play an important role in improving energy efficiency in the built environment, by controlling solar heat gain and thus limiting energy demand for cooling.
02. Improved well-being and productivity
Widely applied solar shading methods cut building occupants off from their surroundings. Instead of keeping daylight and views out, electrochromic glass helps people embrace them, contributing to increased productivity in work environments and a greater sense of well-being everywhere.
03. Excellent value for money
Electrochromic glass is still a niche product, prohibitively expensive for most building projects. Utilising its technologic expertise, Brite aims to address this issue, offering a product that can make economic sense for a much wider audience.
Why Our Technology
Optimizes the Power produced by the solar glass
As technology has developed, glass has now become the predominant facade material throughout the world. Unfortunately, the very transparency that makes glass attractive for buildings creates undesirable effects in terms of thermal and optical insulation.
