What is Electrochromic Glass?

There’s something great about Electrochromic glass or dynamic glass ICOM video player because it incorporates a highly sophisticated glass structure that can transform its transmittance. This ability is very useful in moderating, or even preventing sunshine and heat penetration to a restricted extent in a given space hence there are some good things about the use of this material for energy, health and aesthetic reasons

Electrochromic glass is seen as an innovation initially because it comprises a laminated structure formed by several types of material and two glass sheets on each side of the successive layers. The electrochromic layer or material, an embedded ion storage layer, and an electrolyte materials which themselves are all conductive yet in a complete transparent state. When this is connected with a small voltage applied to these layers, the ions present in the ion storage layer move to the electrochromic layer, changing its optical properties. The change can be as mild as changing the shade slightly or as drastic as making the window almost opaque by blocking out all light.

There might also be an onset of more electric current to the glass at any given time but the processes are highly reversible such that when the voltage is removed or reversed, the ions get back to their respective stops, and the glass becomes clear once again. This addressed exactly why electrochromic windows were quite interesting. The glass switch could also operate without the need of disturbing the control panel since sensors would control the glass depending upon outside temperature, or the intensity of sunlight among other conditions.

One electromechanical glass has significant energy efficiencysimple mechanisms right, and it absolutely helps. It can substitute the air conditioning and the controller of the luminaries nearly completely, that is, reduce the power to the buildings. The custom solution range is such that come sunny cloudy, the glass would get dark to prevent additional solar energy from affecting the internal space there by interfering with the HVAC load. Whereas during cooler seasons or on days when skies are overcast, the glass remains in its open pane state to allow the heat gain in form of direct sunlight as well as passive solar heat to be assessed to great extent.

Improving energy efficiency of the buildings is not all about ecoglass, but also providing user comfort.
It helps regulate annoying lights and heat leading to a very nice atmosphere that keeps people wanting to be inside for longer periods of time, thereby increasing the productivity of the people in that space. Such buildings usually contain a large number of windows or glazed facades to allow a lot of light and heat from the sun which may become irritating.

Another aspect is the look of electrochromic glass, which has a very refreshing and modern appearance and fits very well into today’s architectural concepts. The fact that it is dynamic allows people to control both the level and the extent of lighting and privacy without the use of blinds or curtains for windows. This reduces the number of components that need to be added to the function of a window and in turn, results in a simplified, less cluttered appearance.

The uses of electrochromic glass keep on growing with each passing day with use in residential areas, commercial buildings, and also in the automotive and aerospace sectors. In the hospitality industry for instance, it can be used in window panes and skylights to save energy and improve indoor comfort levels. In workplaces, it can be brought into use to make the office atmosphere and working conditions better. In automobiles, sunroofs and windows can be made of the self-dimming glass too in order to protect the people inside from excessive light and heat.

Though the price of electrochromic glass will initially be on the higher side, the advantages such as minimized use of energy and increase in comfort levels in the course of use justifies the cost. As progress in the field of engineering and decrease in prices of raw materials makes it possible, electrochromic glass will happen to be a usual way of controlling light and heat in the buildings.