EV TECHNOLOGY
EV technology explained
An EV is the most software-defined, electrically dense car most people will ever own. The decisions OEMs make about cell chemistry, pack voltage and bidirectional capability shape range, charging speed and total cost of ownership for the next decade. These guides explain the technology in plain English — no investment hype, no over-promising.
EV TECHNOLOGY
EV battery technology: how lithium-ion packs really work
How EV batteries actually work: cells, modules, packs, chemistry, BMS, thermal management, energy density and degradation — explained for drivers.
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EV TECHNOLOGY
LFP vs NMC batteries: which EV chemistry is right for you?
LFP and NMC battery chemistries side by side: range, lifespan, cold weather, cost, charging strategy and which 2026 EVs use which pack.
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EV TECHNOLOGY
Solid-state batteries: what's real, what's hype, what's next
Solid-state EV batteries explained: how they differ from lithium-ion, who is shipping when, projected range, charging speed and realistic 2026–2030 timeline.
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EV TECHNOLOGY
Bidirectional charging: V2L, V2H and V2G explained
How bidirectional EV charging works in 2026: vehicle-to-load, vehicle-to-home and vehicle-to-grid — supported cars, hardware, payback and regulation.
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EV TECHNOLOGY
800V EV platforms: why some cars charge so much faster
What 800V EV architectures actually do, which 2026 cars use them, real-world charging speeds vs 400V, and whether the extra cost is worth it.
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