Canadians Promise Charging As Fast As Refueling For Electric Cars

작년

A Canadian start-up – GBatteries – came with a bold claim. They claim that they have a technology that will allow to recharge electric cars as fast as you can refuel cars nowadays.

electriccar1458836_1920.jpg

The people behind the project are Kostya Khomutov – an aviation engineer, Alex Tkachenko and Nick Sherstyuk – electric technicians and Tim Sherstyuk – the CEO. The start-up is financed by Airbus Ventrues, Initialized Capital, Plug and Play and by SV Angel.

A different approach

While most companies that aim to improve batteries in one way or another focuses on developing new chemicals or materials to improve the batteries GBatteries took a different approach. They decided to used AI algorithms.

And their claims are quite bold. They promise to recharge a 60kWh battery in just five minutes. On average a 60kWh battery will allow an electric car to drive roughly 190 kilometers (118 miles). Compare that will the current chargers that will recharge only about 24 kilometers (15 miles) of range in the same time.

They key is the adapter

To get such results you need to use a special adapter that plugs into the charging connector of the car. And it should all work with the current infrastructure for charging electric cars with lithium-ion batteries.

Most of the current charges are pretty primitive actually. But at the same time many complex factors - like temperature – can have an influence on the charging. The GBatteries device uses a special charging model that increases and decreases the speed of the charging how it needs resulting in much faster charging overall.

Inspiration from phone batteries

The start-up was inspired by the slow degradation of batteries in mobile phones. They though one of the main reasons for that was the incorrect way people recharge their phones and they were searching for a way how to improve the lifespan of the batteries while improving the batteries themselves.

After weeks in the laboratory, they managed to prepare a simple controlling model and algorithm that they tested on several batteries. After six months there was a noticeable difference between regular and the tested batteries.

The first public showing of the product took place last week at CES in Las Vegas. So at the moment, we do not know when or even whether the technology will get used in commercially available electric cars. But such fast charging could massive improve the chances of electric cars becoming more prominent on the market

Sources:


  • If you like the content I’m producing about science maybe you will like the content I produce about gaming as well! Be sure to check out my other blogs!
  • @gaming-trail Where we are your everyday source of gaming-news!
  • @kralizec Where I review video games and make commentaries about video games
Authors get paid when people like you upvote their post.
If you enjoyed what you read here, create your account today and start earning FREE STEEM!
STEEMKR.COM IS SPONSORED BY
ADVERTISEMENT
Sort Order:  trending
  ·  작년

🏆 Hi @scisteem! You have received 0.5 STEEM reward for this post from the following subscribers: @cardboard
Subscribe and increase the reward for @scisteem :) | For investors.

Sooooo, we are going to see fully enclosed, insulated, completely automated recharging stations?

Because comparing the energy in gasoline to the energy in a battery isn't a comparison. Its like comparing a big Jerry Can of Gas with a tiny drink box of electricity. This is the reason why electric cars do not have the range.

Now, charging at home is usually done over several hours with cables that normally you use for your oven or dryer.

So, to charge in 5 minutes, the voltage and/or the amperage must be increased. By 5 hours / 5 minutes. So, 60 times.

60 x 120 V = 7,200 volts (don't have any metal anywhere nearby.)
60 x 30 amps = 1,800 amps. (your main panel on the house is 100 amps)

So, unless you see people in full rubber suits, and cables the size of your arm (plus insulation) nothing like what is being claimed is happening.