Testing electrochromic smart glass for cars. How it works. One of old version.
2020 ж. 23 Там.
76 231 Рет қаралды
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Electrochromic glass based on organic technology. How it is toned in real time. One of old version.
Cooperation and questions: d.knyazhev@gmail.com
More video about electrochromic glass - • Smart Glass Electrochr...
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Good day! Please write your detailed request to my mail: d.knyazhev@gmail.com
Nice and good job....I was just sitting outside having some fresh air suddenly this come in to my mind and I search for it on the KZhead .... how can I get 1 set for my car please???? Qnd how much is it going to cost?
How do I contact you about having my windows done??
how does that work?
What is that 🤩🧐🤔
Please can you send me the electronic circuit for this project, thank you
So can i use it for any glass? Is it for sale ?
Hi! Please send your request to my email: d.knyazhev@gmail.com
verry cool i want for my car BMW X5 E70 only 2 ftont door window how i can fix???
Hello! Please send your request to my email: d.knyazhev@gmail.com
how much in usd price
Please write your detailed request to the mail: d.knyazhev@gmail.com
Electrochromic smart glasses - kzhead.info/sun/oNaFpchpboZ-bHk/bejne.html
May i get the process for my project
Good day! Please write your detailed request to my mail: d.knyazhev@gmail.com
Smart Glass for modern train - kzhead.info/sun/ld1qYrGghIauY4E/bejne.html
can this actually work in DC?
Electrochromic devices operate on DC, on average from 0.8 to 2 Volts. The voltage may be higher, depending on the device and electrochromic composition.
@@ElectrochromicTechnology ohhh. so electrochromic and PDLC is two different things? thank u
@@ElectrochromicTechnology also, does larger area needs greater electrical threshold? thank u
yes, these are different technologies based on different operating principles
@@E44792 There are a lot of dependencies in electrochromic devices for voltage supply. But in general, yes, the bigger the device, the more voltage you drop, but mostly it's in the range of 0.8 to 2 volts. However, there may be more. In my practice, I have made devices powered up to 18 volts DC. It all depends on the size, electrochromic composition, etc.