Storing Energy with This Method? - A Tech Article

In summary, the conversation discusses a method described in an article that claims to allow for energy storage. The method involves using a dielectric material, which is different from traditional batteries. The participants in the conversation are skeptical of the claims and question how the ion deficient material could be used to store charge and if it is even possible.
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  • #2
sounds like some dielectric material for use in capacitors - they're not batteries.

News media hype it up like always.
 
  • #3
That's nothing new. I used to have a glass battery. It was glass so you could see the level of the acid without taking the caps off :P
 
  • #4
Unrest said:
That's nothing new. I used to have a glass battery. It was glass so you could see the level of the acid without taking the caps off :P

I don't think this is quite like the one you had lol.
 
  • #5
They mention this material have inherent positive charge (they call it positive sponge)
and they claim accidentally getting strays of current from it.They mention a material is ion depleted.They never refer to it as a capacitor and only as a ``battery`` and they claim energy density impossible to achieve for a capacitors.Do you have any ideas how ion deficient material could be used to store charge?For example I know there exist some ion defects such as Frenkel pairs which could store charge and recombine.Could it be used to store electric energy in principle?Or maybe they take positively charged crystal and allow electrons to be attracted to it from somewhere and in this way receive energy?
 

Related to Storing Energy with This Method? - A Tech Article

What is the purpose of this article?

The purpose of this article is to inform readers about a specific method of storing energy and to provide details on its effectiveness and potential uses.

How does this method of storing energy work?

This method involves using a specific technology or system to store excess energy for later use. This could include storing energy from renewable sources or storing excess energy from a power grid.

What are the benefits of using this method?

Using this method can have several benefits, including reducing energy waste, providing backup power during outages, and reducing reliance on non-renewable energy sources.

Are there any limitations or drawbacks to this method?

Like any technology, there may be limitations or drawbacks to using this method. These could include high initial costs, limited storage capacity, and potential environmental impacts.

How is this method currently being used and what are its potential future applications?

This method is currently being used in various industries, including renewable energy, transportation, and grid storage. Its potential future applications could include powering remote or off-grid areas, providing backup power for critical infrastructure, and supporting the integration of renewable energy sources into the grid.

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