Jaw on the floor? Ours too, but this is coming from battery tech pioneers. If anyone can do it, it's BYD.
We’re talking 1,000 kilowatts (kW) of power, a new generation of automotive-grade silicon carbide power chips, a single-module motor capable of 30,000rpm, and an upgraded three-core electrical system.
All to make the fastest and most powerful EV recharge the world has ever seen.
But how does it work?
Well, it won’t for the bog-standard EV: most just aren’t built to support speeds like this (it would probably melt the charging cable, actually – the heat such a recharge would give off would be insane).
Instead, cars will have to be built to cope with the heat and pressure of taking 1000kW in five short minutes.
That means EV’s will need 1000V architecture with batteries, motors and appropriate heat-management in place. And a way to combat internal resistance, which slows down battery charging over time.
Good thing BYD has upgraded some of its line up with this in mind.
While we’ve enjoyed the delights of the ATTO 3, the SEAL and the DOLPHIN here in the UK, some of BYD’s models are only available in China.
Like the Han L and the Tang L saloons.
Which, incidentally, are the first of BYD’s cars being treated to the new ‘kilovolt’ upgrade. Including a new battery which will cut internal resistance by 50%.
Basically, BYD is giving these two cars twice the power and half the internal resistance to achieve this super-fast, super-powerful recharge.
It’s seriously impressive.
And seriously revolutionary – if BYD rolls this charging system out globally and updates its full lineup, it could end a significant barrier in widespread EV adoption for good.
In fact, we bet it could end several of them.
Forget self-driving cars and all the other gimmicks.
This is true market leadership in action.