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Archive:000/Energy storage: Difference between revisions
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|Okay for some applications, but too lossy & platinum-intensive for others. | |Okay for some applications, but too lossy & platinum-intensive for others. | ||
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|[[ | |[[Lithium ferro phosphate batteries]]<!--(LiFePo4 or LFP)--> | ||
|Okay if used in moderation. A bit too lithium-intensive to be a general solution. | |Okay if used in moderation. A bit too lithium-intensive to be a general solution. | ||
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|[[Lithium-ion batteries]] | |[[Lithium-ion batteries]] <small>(NMC/NCA type)</small> | ||
|Not scalable enough: Too [[cobalt]]-intensive. | |Not scalable enough: Too [[cobalt]]-intensive. | ||
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<small>For more details, read the wikipage of each energy storage type. Links are in the table.</small> | <small>For more details, read the wikipage of each energy storage type. Links are in the table.</small> | ||
So far, sodium-based batteries seem to have the most hope of being a widespread solution - along with iron-based batteries for stationary energy storage. | So far, sodium-based batteries seem to have the [[the great battery challenge|most hope]] of being a widespread solution - along with iron-based batteries for stationary energy storage. | ||
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* Use the templates on the wikipage of each energy storage type. | * Use the templates on the wikipage of each energy storage type. | ||
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[[Category:Energy storage]] | |||