BYD has launched its second-generation Blade Battery and Flash Charging Technology—yet another disruptive technology milestone in new energy vehicle history—officially ushering the industry into the “Flash Charging Era.”
The second-generation Blade Battery achieves breakthroughs across multiple dimensions, delivering ultra-fast charging performance: it can charge from 10% to 70% in just 5 minutes and from 10% to 97% in only 9 minutes at normal temperature, while even in extreme cold conditions of -30°C, it takes merely 12 minutes to charge from 20% to 97%—just 3 minutes longer than at room temperature.
On the strategic front, BYD has launched the “Flash Charging China” initiative, with plans to establish 20,000 flash charging stations by the end of 2026, including 2,000 highway flash charging stations, while partnering with operators to build an additional 18,000 cooperative flash charging stations. In terms of mass production rollout, the technology will debut in the first batch of 10 models including the Yangwang U8 2026 Edition, Datang, and Song Ultra EV, with flash charging technology cascading down to mainstream 150,000 yuan-class vehicles within the year; first-batch vehicle owners will be entitled to one year of complimentary flash charging privileges.
Source: Sina Finance Read The Article
PSR Analysis. The launch of BYD’s second-generation Blade Battery marks a new phase of “technological ecosystem” competition in China’s power battery industry. For CATL, this impact presents a characteristic of “controllable in the short term, intensifying in the long term.”
In the near term, CATL can maintain its global leadership position through its 70.9% domestic market share in ternary lithium batteries, an international client network covering Tesla and German luxury brands, and technological reserves for mass production of solid-state batteries by 2027.
BYD’s flash charging technology primarily targets the LFP battery segment, while CATL has constructed a defensive system through a tiered technology roadmap spanning LFP, lithium manganese iron phosphate, and solid-state batteries.
However, in the long run, if BYD successfully cascades flash charging technology down to mainstream 150,000-yuan-class vehicles and opens battery supply to third parties, it could divert 10-15% of CATL’s LFP orders. More critically, if BYD’s “vehicle-pile-network” ecosystem closed-loop forms network effects, it may redefine industry competition rules—shifting from single battery performance comparison to full-chain charging experience competition. This will force CATL to transform from a “battery supplier” to an “energy solution provider,” with its high-margin model facing sustained compression.
The impact on BYD itself and China’s electric vehicle market could be even more profound. On the sales front, the promise of “5 minutes charging for 400 kilometers range” reduces range anxiety, and is expected to drive BYD’s pure electric vehicle sales growth of 40-50% in 2026, pushing its pure electric ratio from 40% to 60%, optimizing product structure and improving per-vehicle profitability.
On the market structure front, flash charging technology could accelerate the substitution of fuel vehicles in the above-200,000-yuan market and may trigger technological lag among second-tier battery manufacturers. Although industry CR2 concentration is declining, technological differentiation is intensifying, with the market bifurcating into “flash charging high-end” and “slow charging low-end” poles.
On the export front, opportunities and challenges coexist: on one hand, flash charging technology becomes the second global calling card for Chinese electric vehicles following “safety,” assisting brands like Yangwang and Denza to break into the European high-end market.
On the other hand, overseas flash charging station construction progress, European and American technical trade barriers, and supply chain localization pressures constitute major constraints. Overall, the second-generation Blade Battery propels China’s electric vehicle competition from the conclusion of the “electrification first half” toward the “intelligentization + flash charging second half.”
BYD’s success depends on the triple game of flash charging network construction speed, third-party supply breakthrough progress, and solid-state battery technological counter-attack rhythm during 2026-2027. PSR
Jack Hao is Senior Research Manager – China for Power Systems Research
