Electrochromic Glass Window

Electrochromic glass can reduce costs for building owners increase energy efficiency and improve occupant comfort.

Electrochromic glass window.

Electrochromic glass which can be directly controlled by building occupants is popular for its ability to improve occupant comfort maximize access to daylight and outdoor views reduce energy costs and provide architects with more design freedom. Regulations allow for the tops of windshields to be darker than the rest of the glass so a variable tint visor band like electrochromic variable tint sunroofs similarly faces no serious legal. Typically smart windows start off a blueish color and gradually over a few minutes turn transparent when the electric current passes through them. View smart windows with dynamic glass create smart and connected buildings that improve people s health and wellness while simultaneously saving energy.

Electrochromic glass differs from the glass of ordinary windows because of the material and coating. In general the glass changes from transparent to translucent and vice versa changing from letting light pass through to blocking some wavelengths of light and vice versa. One advantage of the electrochromic smart window is that it only requires electricity to change its opacity but not to maintain a particular shade. Smart glass or switchable glass is a glass or glazing whose light transmission properties are altered when voltage light or heat is applied.

Electrochromic glass is an electrical glass product that allows you to control the amount of light and solar radiation that can enter a space through the glazing removing the need for separate shading systems. But the benefits don t end there check out our faq section to learn what else is possible with sageglass. Once installed applying voltage to it causes the scattered liquid crystal to align giving you the ability to see through it. When installed in the envel.

It changes between a colored translucent state usually blue and a transparent state. In electrochromic windows the electrochromic material changes its opacity. Ordinary windows are often made from a single or double pane of glass and can have insulating properties. Smart glass technologies include electrochromic photochromic thermochromic suspended particle micro blind and polymer dispersed liquid crystal devices.

Smart windows also referred to by the names smart glass switchable windows and dynamic windows do exactly that using a scientific idea called electrochromism in which materials change color or switch from transparent to opaque when you apply an electrical voltage across them. Ordinary windows that are a little more advanced are often treated with multiple layers of metallic coating known as sputtering.