Tungsten oxide is an inorganic electrochromic material that can be used to produce electrochromic glass with good energy-saving effects. As you may have known, electrochromic glass is considered to be the most promising energy-saving smart glass for large-scale commercial production.
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According to experts, most of the building's energy consumption is lost through glass doors and windows. At present, the commonly used static energy-saving glasses have no way to maximize the energy consumption of cooling and heating as they cannot be adjusted according to conditions such as temperature, light, human comfort and so on. While the electrochromic glass uses an external electric field to discolor the electrochromic material, thereby achieving active dynamic control of the sunlight and maximizing the energy saving effects. However, what should be said is that domestic electrochromic technologies and products are relatively immature at present. For example, there is still a lack of in-depth understanding of the electrochromic mechanism of electrochromic materials and changes in optical constants during coloring. The shortcomings of light modulation amplitude and slow response time of electrochromic materials also restrict the development of electrochromic technology.
