The article at Ars Technica about a supercapacitor battery really caught my eye. Storing electrical energy is one of those age-old problems that ti seems we’re looking for answers to in both large and small systems.
According to Wikipedia, a supercapacitor isn’t a battery at all – although when you get down to “what’s it do” definitions I think it’s pretty close – it stores a electrical energy and lets you discharge it again. It just doesn’t do it with some electro chemical reaction (which is what I think of as a battery). There’s mechanical systems that do these things too – flywheels and such. They get to fight with gravity and friction to reduce efficiencies though – which apparently makes them a tad inefficient at the smaller scale of things.
I don’t know what all the choices are with storing electrical energy, but I do know what some of the failure modes can look like. A few early experiments with fast-charging rechargeable batteries and overloading capacitors made that pretty clear. I don’t know how susceptible these super-capacitors are to my style of stupid experiments that induce large exothermic results, but hopefully fairly minimal. I’m looking forward to something in this realm coming to market and getting more details on it.
2 thoughts on “storing electricity”
hi there, i have being for some method for storing large amount of
electric charged but itself not being charged. i mean, if the charge
could be stored in a form which is not a charge itself, something that
are easy to store and retrive the large energy, it would be lot more
easier. Am i thinking rubbish or …… anybody would liketo reply
I Have some solar panels making electricity but have no way (dont know any method) off storing it! I need to store 600Kw – 700Kw of electricity so I can use it when needed! So far I have not found nothing to store electricity with! :S
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