video
The World’s Fastest Charging Smartphone…

This Smartphone has a Charge Animation like No Other!
Featuring the New Realme GT Neo 3. Sponsored by Realme
FOLLOW ME IN THESE PLACES FOR UPDATES
Twitter – http://twitter.com/unboxtherapy
Facebook – http://facebook.com/lewis.hilsenteger
Instagram – http://instagram.com/unboxtherapy
source
havent watched a video inawhile and.. am i missing something w the supra
Alas! Is z2u credible? ay!
Aha, Is z2u legal? uh-huh,
And they even include charger in the box..
Is… is that a supra
I'm waiting to future that we can just plug and done in any second.
wait is that a supraaaaaa
IS THAT A SUPRA
Is that a supraaaaaaaaaaaaa? 🥲🥹🥹🥹
Realme has done it once again and they're getting away with it in ultra-warp speed
Hey any phone laying around I'm in need
My phone also gets fully charged with in 15 minutes just because it has a weak battery.😁
is that a supraaaaaaaa🏎️🏎️🏎️
We getting a Supra unboxing!?
these nerds dont know there's a supra behind Lew
who's supra?!
how much for the supra ?
It's a Supra ❤️
I won't my money back
This is not news, nor is it new. 18-Year-Old Invents 30-Second Phone Charger back in 2013 18-year-old Indian-American science student Eesha Khare of Saratoga, Calif. proposed solving the problem using a supercharger that slides into your mobile phone’s battery, allowing it to charge in just 20 to 30 seconds. In fact Khare did more than just propose it, she actually built a tiny super-capacitor and demonstrated its ability to power an LED device. Here’s her description of the project in a California State Science Fair outline:
With the rapid growth of portable electronics, it has become necessary to develop efficient energy-storage technology to match this development. While batteries are currently used for energy-storage, they suffer from long charging times and short cycle life. Electrochemical supercapacitors have attracted attention as energy-storage devices because they bridge the gap between current alternatives of conventional capacitors and batteries, offering higher energy density than conventional capacitors and higher power density than batteries. Despite these advantages, supercapacitor energy density is much lower than batteries and increasing energy density remains a key challenge in supercapacitor research. The goal of this work was to design and synthesize a supercapacitor with increased energy density while maintaining power density and long cycle life.