4 ms·
Where do we go after lithium iron phophate batteries as far as a galvanic chemical source for batteries? Please help me the understand evidence that suggests w
by kumarski 11y ago
Where do we go after lithium iron phophate batteries as far as a galvanic chemical source for batteries?
Please help me the understand evidence that suggests we have somewhere on the periodic table to move to after Lithium batteries? (Lead Acid ----> NiCd ----> Lithium....now where do we go?)
How do we improve energy storage? Be very explicit about what data/evidence are driving your statements. Bold claims about energy storage increases are unusual given the energy realities of today.
How much natural gas peaking can solar/wind displace?
- dogma1138 11y agoEnergy storage doesn't mean only batteries, we can store energy as heat, as kinetic energy for example by pumping air into under water tanks, and by quite a few other means. As far as batteries go, the chemistry doesn't necessarily has to change that drastically the internal structure of batteries is always evolving and we are finding more ways to increase their efficiency. And with advancements in nano technology new flow batteries are becoming more and more viable for long term energy storage Hydrogen–lithium batteries could offer 8-13 times the energy density of regular LiOn rechargeable batteries and modern flow batteries are just in their infancy. Flow batteries are also very appealing to the automotive market because cars with batteries that run on nanoelectrofuels could be refueled just like petrol so once your battery runs out of charge you simply pump out the depleted solution and pump new one in.