CATL Unveils 3rd-Gen Shenxing Battery: Ultra-Fast Charging Marks New EV Era
CATL’s 3rd-Gen Shenxing battery delivers ultra-fast EV charging (up to 80% in under 4 minutes) while improving cold-weather performance, durability, and efficiency.
Blog · Apr 30, 2026
Chinese battery giant CATL has officially unveiled its third-generation Shenxing Superfast Charging battery, a major breakthrough aimed at making EV charging almost as fast as refueling a petrol car. The launch took place at CATL’s “Super Tech Day 2026” event in Beijing and focuses on solving two of the biggest EV challenges: long charging times and poor cold-weather performance.
The new battery is based on advanced Lithium Iron Phosphate (LFP) chemistry and brings a major leap in charging speed, efficiency, safety, and durability.
Ultra-Fast Charging Performance
The third-generation Shenxing battery delivers some of the fastest charging speeds ever recorded in the EV industry:
- 1 minute: Up to 35% charge
- 3 minutes 44 seconds: Up to 80% charge
- 6 minutes 27 seconds: Up to 90% charge
In simple terms, the battery can add hundreds of kilometers of range in just a few minutes, dramatically reducing waiting time for EV users.
Strong Performance in Extreme Cold
CATL has also improved real-world usability in harsh winter conditions:
- Works efficiently at temperatures as low as -30°C
- Uses a pulse rapid-heating system to quickly warm the battery
- Can charge from 20% to 98% in around 9 minutes even in freezing conditions
This solves a major issue faced by EV users in colder regions, where charging usually slows down significantly.
Key Technical Improvements
CATL has upgraded both hardware and chemistry to achieve these results:
- Internal resistance: 0.25 milliohms (around 50% lower than industry average)
- Charging capability: up to 15C peak rate
- Advanced cooling system improves efficiency by 20%
- Cell-level temperature monitoring for safety
- Built on nano-crystallized LFP material
These innovations help control heat generation, which is the biggest barrier to ultra-fast charging.
Durability and Battery Life
Despite extremely fast charging, CATL claims strong long-term durability:
- Over 90% capacity retention after 1,000 ultra-fast charging cycles
- Designed for high-frequency daily fast charging
- Engineered to maintain stable performance over long-term use
Key Specifications Table
| Feature | Specification |
|---|---|
| 10% → 80% Charging Time | 3 min 44 sec |
| 10% → 90% Charging Time | 6 min 27 sec |
| Cold Weather Charging | 20% → 98% in ~9 min at -30°C |
| Internal Resistance | 0.25 milliohms |
| Peak Charging Rate | Up to 15C |
| Capacity Retention | >90% after 1,000 cycles |
| Cooling Improvement | +20% efficiency |
Industry Impact: Charging War Intensifies
The launch is seen as a major step in the ongoing global “charging race” between leading battery manufacturers. With this upgrade, CATL is pushing LFP batteries into a new performance category that was previously dominated by higher-cost battery chemistries.
This development could:
- Reduce EV charging time close to ICE refueling experience
- Increase pressure on competitors like BYD
- Accelerate global adoption of ultra-fast charging infrastructure
- Push EV makers toward 800V high-voltage systems
Beyond Shenxing: CATL’s Bigger Vision
The Shenxing battery is part of a larger innovation push announced at the same event, including:
- High-energy density batteries targeting up to 1,500 km range
- Next-generation sodium-ion battery development
- Advanced condensed cell technologies for premium EVs
- Long-term roadmap toward next-gen battery systems
What It Means for EV Users
If widely adopted, this technology could completely change EV ownership experience:
- Charging stops could become as quick as a coffee break
- Reduced “range anxiety” for long-distance travel
- Better performance in extreme weather
- Longer-lasting batteries with stable health
Final Outlook
CATL’s third-generation Shenxing battery represents a major step toward eliminating one of the last big barriers for EV adoption: charging time. With ultra-fast charging, cold-weather reliability, and strong durability, the company is pushing the industry closer to a future where EVs can match—and potentially surpass—the convenience of traditional vehicles.
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