Uploaded August 2026 | Updated September 2026, 2 weeks ago
Electrochromic glass can darken at the push of a button, but how does that actually help keep a building cool?
In this video, we look at what happens when sunlight hits ordinary windows, how electrochromic glass changes its appearance, what is happening inside its thin material layers, and how reducing solar radiation can lower unwanted heat entering a building. We’ll also explore why electrochromic glass can be more flexible than traditional blinds or fixed window tint, and whether it actually uses much electricity.
Timestamps:
0:03 - Intro
0:57 - Why Ordinary Windows Let Heat In
1:57 - The Window That Can Change
2:53 - What Happens Inside the Glass
3:49 - So Where Does the Heat Go?
4:47 - Why Not Use Blinds or Tinted Glass?
5:42 - Does the Glass Use a Lot of Electricity?
6:42 - Conclusion
#electro #glass #smartglass #howitworks #architecture #engineering #technology #science #windows #skyscraper
Electrochromic glass can darken at the push of a button, but how does that actually help keep a building cool?
In this video, we look at what happens when sunlight hits ordinary windows, how electrochromic glass changes its appearance, what is happening inside its thin material layers, and how reducing solar radiation can lower unwanted heat entering a building. We’ll also explore why electrochromic glass can be more flexible than traditional blinds or fixed window tint, and whether it actually uses much electricity.
Timestamps:
0:03 - Intro
0:57 - Why Ordinary Windows Let Heat In
1:57 - The Window That Can Change
2:53 - What Happens Inside the Glass
3:49 - So Where Does the Heat Go?
4:47 - Why Not Use Blinds or Tinted Glass?
5:42 - Does the Glass Use a Lot of Electricity?
6:42 - Conclusion
#electro #glass #smartglass #howitworks #architecture #engineering #technology #science #windows #skyscraper
