Explore 20+ milestones across 5 engineering branches. Hover over a path to trace the evolution, or click any node to reveal its technical specifications.
Each branch has driven a distinct leap in NEV performance and user experience.
From early Li-ion packs to Blade Battery (CTP) and solid-state cells, the energy density frontier continues to push.
AC induction gave way to permanent-magnet motors and SiC inverters, culminating in quad-motor torque vectoring.
From hydraulic brakes to regenerative braking, air suspension, and finally the X-by-Wire software-defined chassis.
AC Level 2 to DC fast charging, 800V ultra-fast, and now 1000V MegaWatt systems pushing toward 6-minute refuels.
The dashboard evolved from analog gauges to smart multi-screen cockpits, and now into a Human-Vehicle-Home node.
From the first lithium-ion packs in 2010 to solid-state cells entering series production by 2027.
150 km range packs establish the baseline for modern EVs.
Active thermal management unlocks 100+ kW fast charging.
Cell-to-Pack structure removes modules, passes nail penetration test.
Software-defined chassis and ultra-fast charging enter mass production.
400–480 Wh/kg cells with zero fire risk, targeting 1,500 km range.
Get a deep-dive on solid-state chemistry, X-by-Wire architectures, and 1000V charging infrastructure — delivered every Tuesday.