Electrochromic (Smart Glass) - View

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Smart Glass

Overview

In this time and age, it seems like we are being constantly introduced to new and smart innovative technologies. We have grown accustomed to smartphones, smart TVs, and smart watches. One new smart technology I would like to introduce to you today is smart windows. Developed by Silicon Valley startup View Dynamic Glass, these "dynamic window" react accordingly to the outside environment and automatically tinting itself to reduce glare, decrease energy output, and improve occupant comfortability. Occupants also have the choice to manually control windows to their personal preference through View's mobile app or wall switches.

Benefits:

  • Unobstructed Views
    With View's Smart windows, blinds and shades are no longer needed.

  • Adaptable windows
    Window's tint adjust accordingly based on environment or personal preferences.

  • Energy Efficiencies
    Helps reduce energy consumption by more than 20% and allows buildings to achieve LEED certification.

  • Smart
    Interface with HVAC and lighting system for superior comfort and climate control.

  • Maximize Daylight
    Uses coordinates to calculate sun's position, adjust window tints according thanks to light sensors and real-time weather feeds,

How It Works?

Above: Layers in View's Window

Above: Layers in View's Window

“The concept is very simple: It’s like wearing sunglasses and adjusting them to how bright it really is,”

-CEO of View Rao Mulpuri

View’s main technology is its electrochromatic material. The process to manufacture these windows take between six to eight hours and consists of three main steps. It begins with metal oxide gases being spread along a glass pane to create a ceramic coating that is about a micrometer thick. Then a low voltage wiring is added so the window can be connected to a building's central management system. The last step is to have an other piece of glass so that everything is sealed together. To change the tint of the glass, a small electric voltage is applied to the glass. The ions begin to move in between each layer of metal oxide causing it to react and therefore changing the window's tint.