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Lithium is a superior metal in battery chemistry because:
However, the reactivity of lithium is a double-edged sword because it means less stability and higher risk of the battery catching fire.
Enter lithium iron phosphate (LiFePO4) batteries—all the advantages of lithium chemistry minus the risks.
Let''s get into more detail about the LiFePO4—the best lithium battery.
Lithium iron phosphate (LiFePO4) batteries are secondary, rechargeable batteries. They use lithium iron phosphate at the cathode and graphitic carbon combined with lithium at the anode to increase conductivity.
Lithium moves between the electrodes during the discharge and recharge cycles while the lithium salt-based electrolyte remains unchanged.
The cells can be connected in series for large voltage applications. For instance, you can find 12 V LiFePO4 batteries with four cells or 25.6 V batteries with eight cells.
LifePO4 batteries are the safest lithium chemistry cells because the chemical composition is thermally stable with a strong olivine crystal structure.
The stability of the cells means that the battery:
Because of the absence of thermal runaway, the batteries perform well under harsh conditions. Even if the LiFePO4 battery is exposed to extreme temperatures, short-circuits, is punctured, or the vehicle crashes, there''s no risk of fire or explosion.
For starters, LiFePO4 batteries are rechargeable with long cycle lives, usually between 2,000 and 5,000, depending on the brand. This means you''ll need fewer batteries.
Note: Lead-acid batteries last for up to 400 cycles, while other lithium batteries give 1,000 cycles on average.
Secondly, lithium iron phosphate cells are less prone to gassing, so are unlikely to leak.
Note: Gassing refers to the release of gas from the cell''s electrodes which occurs during self-discharge or because of the electrolysis of water which happens when you charge the batteries.
In addition, phosphorus and iron are non-toxic and don''t produce hazardous fumes, unlike lead, nickel oxide and cadmium.
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