The advantages of SVOLT blade batteries are mainly reflected in three aspects: technological innovation, performance optimization and scene adaptation.
1. Technological innovation：
The thermal composite flying stack technology (Flying Stack 3.0) independently developed by Svolt Energy has increased the stacking speed to 0.125 seconds per piece, with a stable yield rate of over 99.3% and a production efficiency 200% higher than that of the traditional winding process. This technology ensures alignment accuracy of ±0.1mm through AI visual inspection (real-time monitoring by 832 CCD cameras), redefining the lamination process standards.
2. Performance Optimization：
Energy density : With a short-cell design, the energy density can reach 192Wh/kg (Yaoning battery), which is 2.1% higher than that of traditional batteries, and it supports fast charging to 80% in 17 minutes.
3、Safety performance :
It has passed the 8-needle simultaneous puncture test and the 5.8mm live-fire penetration test. There is no open flame for 30 minutes after thermal runaway, far exceeding the national standard requirement of 5 minutes.
4、Cycle life :
Measured data shows that the capacity decline of online car-hailing vehicles is only 4.2% after 100,000 kilometers of use, which is significantly better than the industry average.
5. Scene adaptation：
Passenger vehicles : Supports 5C-6C ultra-fast charging, compatible with CTP structure, space utilization rate increases by 50%, compatible with short-blade CTC solution, bottom safety and overall structural rigidity are optimal.
6、Energy storage field :
500mm short-cut battery cells can reduce the floor space of energy storage systems by 28%, lovwer costs by 5%, and increase the capacity of a single box to 6.9MWh.
7. Low-temperature environment :
Charging efficiency increases by 35% at -10℃ low temperature. Combined with the preheating function, the charging time in winter can be shortened to 28 minutes.
With the above-mentioned technological advantages, the SVOLT blade battery has demonstrated strong competitiveness in the new energy vehicle and energy storage markets.
