Battery chemistry
LFP vs NMC, and why it matters to you.
Two chemistries power most EVs
Nearly every EV you'll consider uses one of two battery chemistries: LFP (lithium iron phosphate) or NMC (nickel manganese cobalt). They behave differently in ways you'll actually notice — cost, range, lifespan, and how you should charge. Compare them:
Quick checkWhich chemistry generally lasts more charge cycles and is happy charged to 100%?
Which one suits you
If you mostly do city runs and want the lowest cost and longest life, LFP is usually the easier ownership story. If you need maximum range in a lighter pack, or live somewhere cold, NMC earns its premium.
Quick checkFor a low-cost city commuter you'll keep for years, which is often the easier pick?
Reading it on a spec sheet
Manufacturers increasingly state the chemistry. If it's NMC, plan to charge to ~80% daily and use 100% only before long trips; if it's LFP, topping to 100% is fine and even recommended occasionally to keep the range estimate accurate.
Quick checkYou buy an NMC-battery EV. What's the good daily charging habit?
You learned
- Most EVs use LFP (durable, cheap, city) or NMC (more range, cold-friendly).
- LFP is fine at 100%; NMC prefers ~80% daily.
- Match chemistry to your use, not the marketing.