BEIJING, April 21, 2026 – CATL unveiled its most ambitious technology roadmap to date at the "Extreme Realm Agreement" Super Technology Day, launching six game-changing innovations spanning multiple battery chemistries and a unified energy replenishment infrastructure. This landmark event redefines industry benchmarks for charging speed, range, and sustainability, accelerating the global transition to electric mobility.
1. 3rd Gen Shenxing: 6-Minute Full Charge LFP Revolution
The star of the show, CATL's third-generation Shenxing LFP battery, delivers industry-leading 10C equivalent charging (15C peak) without sacrificing lifespan. It achieves 10-35% charge in 1 minute, 10-80% in 3 minutes 44 seconds, and 10-98% in just 6 minutes 27 seconds, paired with 800km single-charge range. Even at -30°C, it charges to 80% in 10 minutes, solving the long-standing cold-weather EV pain point, with 90% capacity retention after 1,000 fast-charge cycles.
2. 3rd Gen Qilin: 1,000km Ultra-Light NCM Battery
CATL's flagship NCM battery achieves 600 Wh/L volumetric and 280 Wh/kg gravimetric energy density. A 125 kWh pack delivers over 1,000km range while weighing only 625 kg – 255 kg lighter than equivalent LFP packs – freeing 112 liters of vehicle space. It also comes standard with 10C ultra-fast charging, eliminating the historic trade-off between energy density and charging speed.
3. Qilin Condensed Battery: 1,500km Aerospace-Grade Technology
Derived from electric aircraft R&D, the Qilin Condensed Battery hits an unprecedented 500 Wh/kg energy density, enabling 1,500km single-charge range for consumer EVs. This breakthrough marks the first time aerospace-grade energy storage has been adapted for mass-market automotive applications.
4. 2nd Gen Freevoy: 600km EV Range for PHEVs
CATL's second-generation hybrid battery delivers 600km pure electric range, a quantum leap over current PHEV offerings. Optimized for hybrid powertrains, it enables seamless mode switching, eliminating range anxiety while retaining the flexibility of a combustion engine backup.
5. Naxtra Sodium-Ion: GWh-Scale Production by End-2026
CATL announced its Naxtra sodium-ion battery will enter GWh-scale mass production in late 2026, having solved four critical industry bottlenecks: extreme water control, hard carbon anode gas generation, aluminum foil adhesion, and self-forming anode technology. It offers stable raw material costs and is ideal for energy storage and entry-level EVs.
6. Integrated Supercharging & Swapping Network: 4,000 Stations by 2026
Beyond batteries, CATL unveiled a unified supercharging-swapping ecosystem, with 4,000 integrated stations planned globally by end-2026. The first batch features 75kWh "chocolate-style" swappable blocks compatible with 800V architectures, covering A0 to C-class vehicles.
Industry Impact & Conclusion
CATL's multi-chemistry strategy – advancing LFP, NCM, sodium-ion, and condensed batteries simultaneously – creates a comprehensive portfolio addressing every market segment. This approach gives CATL unmatched flexibility to adapt to raw material fluctuations and regional regulations. With these innovations, CATL has not only raised the bar for battery performance but also laid the foundation for a future where EV energy replenishment is as fast and convenient as refueling gasoline cars.
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