Archive:000/Decarbonize energy: Difference between revisions

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==Vehicles==
==Vehicles==
No matter the energy source, gasoline cars and diesel trucks would need to be replaced with '''[[electric vehicles]]''' and/or [[hydrogen]] vehicles. So in any case, [[energy storage]] is needed.
* [[EVs]] with '''[[sodium-ion batteries]]'''
* '''[[Hydrogen combustion vehicles]]''' - {{light|using [[hydrogen gas]] produced by surplus [[wind power]]}}
<tab name="Note about other vehicle types" style="margin-left:1em;font-size:84%" collapsed>
'''Things that ''won't'' work'''
* The status quo (mostly gasoline cars and diesel trucks)
* EVs with [[lithium-ion batteries]] (too much '''cobalt''') {{x|This is true even when manufacturers brag about batteries having "only" 3% cobalt. Not low enough: It would have to be less than 1% - otherwise, cobalt scarcity is still the most limiting factor in scaling up EVs. See page on [[lithium-ion batteries]] for more details.}}
* Hydrogen [[fuel cell vehicles]] (too much '''platinum''' or '''palladium''') {{x|Note that hydrogen gas ''production'' also needs these metals, but the fuel cells would need [[hydrogen gas#Platinum-group metals|7 times more]] on average}}
'''Things that could ''somewhat'' work'''
* EVs with [[LFP batteries]] (no cobalt, lithium-based; still not as scalable as sodium-ion)
</tab>


==Analysis==
==Analysis==
* [[How much electricity would it take]]
* [[How much electricity would it take]]
* [[How much energy storage would it take]]


==See also==
==See also==
* [[Energy supply solutions summary]] <!-- TALK: Is this redundant tho? -->
* [[Energy supply solutions summary]] - the likely answer, but still unconfirmed <!-- TALK: Is this redundant tho? -->