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New lithium battery ditches solvents, reaches supercapacitor rates

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  New lithium battery ditches solvents, reaches supercapacitor rates Sam Wormley <swormley1@gmail.com> - 2016-03-22 14:09 -0500
    Re: New lithium battery ditches solvents, reaches supercapacitor rates jimp@specsol.spam.sux.com - 2016-03-22 19:20 +0000
    Re: New lithium battery ditches solvents, reaches supercapacitor rates benj <none@gmail.com> - 2016-03-22 23:18 -0400

#564596 — New lithium battery ditches solvents, reaches supercapacitor rates

New lithium battery ditches solvents, reaches supercapacitor rates
> http://arstechnica.com/science/2016/03/new-lithium-battery-ditches-solvents-reaches-supercapacitor-rates/


> For most of us, the only way we judge a battery is by how long it can
> deliver electrons to our favorite devices. But many applications
> require more than that. They need batteries that operate across a
> large temperature range, are compact or flexible, and can manage a
> fast charge/discharge rate. Plus, we'd all like them not to explode
> or fail suddenly.
>
> Most energy storage tech involves balancing a trade-off among these
> various properties. But a new report from a collaboration between
> academic researchers and Toyota seems to promise it all: a battery
> more compact than lithium-ion, a better energy density, the charge
> speed of a supercapacitor, and improved safety. How is this all
> possible? They got rid of the liquid electrolyte typical of most
> lithium-ion batteries.


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#564604

Sam Wormley <swormley1@gmail.com> wrote:
> New lithium battery ditches solvents, reaches supercapacitor rates

Utter nonsense.

Someone needs to review their basic physics in regards to how capacitors
charge.


-- 
Jim Pennino

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#564690

On 03/22/2016 03:09 PM, Sam Wormley wrote:
> New lithium battery ditches solvents, reaches supercapacitor rates
>> http://arstechnica.com/science/2016/03/new-lithium-battery-ditches-solvents-reaches-supercapacitor-rates/
>>
>
>
>> For most of us, the only way we judge a battery is by how long it can
>> deliver electrons to our favorite devices. But many applications
>> require more than that. They need batteries that operate across a
>> large temperature range, are compact or flexible, and can manage a
>> fast charge/discharge rate. Plus, we'd all like them not to explode
>> or fail suddenly.
>>
>> Most energy storage tech involves balancing a trade-off among these
>> various properties. But a new report from a collaboration between
>> academic researchers and Toyota seems to promise it all: a battery
>> more compact than lithium-ion, a better energy density, the charge
>> speed of a supercapacitor, and improved safety. How is this all
>> possible? They got rid of the liquid electrolyte typical of most
>> lithium-ion batteries.
>
>
It's a good thing Toyota teamed with academia. I'm sure toyota could 
never develop anything practical without serious help from trained 
experts in science like professor Wormley.

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