Yellow tungsten oxide nanopowder, which is also known as tungsten trioxide, can be applied for preparing electrochromic film and then be assembled into an electrochromic smart glass. The energy saving effect of such electrochromic glass is better than that of the low-e glass, the experts said. But do you know about the energy-saving effects of electrochromic glass and low-e glass?

Yellow tungsten oxide nanoparticles may be applied for production of electrochromic smart glass as the main material of electrochromic layer. The obtained glass is heat insulating glass that can exert excellent heat insulation effect, thereby achieving the purpose of energy conservation and consumption reduction. It is reported that the energy-saving effect and control method of electrochromic glass are closely related. So, how to choose control method?

WO3 nanoparticles can be prepared into an electrochromic film. And the obtained tungsten trioxide thin film may be assembled into an electrochromic smart glass to make it work well, thereby achieving high heat insulation effect. So, how much energy does the smart glass such as tungsten oxide electrochromic glass save? Professional data tells you the answer.

Tungsten oxide nanoparticles are electrochromic materials that may be primarily assembled in electrochromic smart glass in the form of electrochromic thin film. During the coloring and bleaching cycle, the structure of the electrochromic material undergoes irreversible changes due to the injection and extraction of ions and electrons, eventually leading to degradation of the performance of the electrochromic device, or even failure.