Scientific breakthrough could make electric cars travel 1,000 kilometers on a single charge
Hey Cool Ideas fam, hold onto your charging cables for a game-changing update in transportation! Scientists cracked the code to boost electric cars' range - it's like upgrading from a tricycle to a rocket!
Moving from gas to electric is like upgrading from a flip phone to a smartphone - we're getting there, but there's a distance glitch. The glitch? Range. But no worries, science has a formula, and it involves silicon!
Silicon, the unsung hero of batteries, tends to bloat when charged. These geniuses tinkered with silicon particles 1000 times bigger than usual - bigger is better, right? Easier to make, denser in energy, like the Dwayne "The Rock" Johnson of batteries.
Silicon's expansion issue during charging? Solved! They introduced a gel-polymer electrolyte, a chemical waltz partner for changing silicon sizes. It's like a molecular dance floor - elegant and cool.
They didn't just toss silicon into the gel; no, that would be too simple. They zapped them with an electron beam, giving them a dose of science steroids! Chemical bonds formed, stability increased, and swelling issues smoothed out.
And presto! Stable batteries, almost as cool as your average lithium-ion, but with a 40% energy density boost. Translation: your electric car can now go 1000 km on a single charge!
Scientists believe they're on the verge of a high-energy density lithium-ion battery, and here's the kicker - it's so simple, they're ready to roll it out. Now, we wait to see if this works in a full-scale battery. So, the next time someone asks, "Are we there yet?" in an electric car, the answer might be, "Yeah, and we've got juice to spare!" Stay cool, folks!
Cool Ideas
Scientific breakthrough could make electric cars travel 1,000 kilometers on a single charge
Hey Cool Ideas fam, hold onto your charging cables for a game-changing update in transportation! Scientists cracked the code to boost electric cars' range - it's like upgrading from a tricycle to a rocket!
Moving from gas to electric is like upgrading from a flip phone to a smartphone - we're getting there, but there's a distance glitch. The glitch? Range. But no worries, science has a formula, and it involves silicon!
Silicon, the unsung hero of batteries, tends to bloat when charged. These geniuses tinkered with silicon particles 1000 times bigger than usual - bigger is better, right? Easier to make, denser in energy, like the Dwayne "The Rock" Johnson of batteries.
Silicon's expansion issue during charging? Solved! They introduced a gel-polymer electrolyte, a chemical waltz partner for changing silicon sizes. It's like a molecular dance floor - elegant and cool.
They didn't just toss silicon into the gel; no, that would be too simple. They zapped them with an electron beam, giving them a dose of science steroids! Chemical bonds formed, stability increased, and swelling issues smoothed out.
And presto! Stable batteries, almost as cool as your average lithium-ion, but with a 40% energy density boost. Translation: your electric car can now go 1000 km on a single charge!
Scientists believe they're on the verge of a high-energy density lithium-ion battery, and here's the kicker - it's so simple, they're ready to roll it out. Now, we wait to see if this works in a full-scale battery. So, the next time someone asks, "Are we there yet?" in an electric car, the answer might be, "Yeah, and we've got juice to spare!" Stay cool, folks!
11 months ago | [YT] | 5