From Half an Hour to Nine Minutes: Why BYD’s Milestone Mattered
For years, EV charging speed has been the Achilles’ heel of electric mobility. Rapid chargers already aimed to cut charging sessions to 30 minutes or less, but that still felt slow compared with a quick stop at the petrol pump. BYD’s breakthrough changed the conversation: its latest fast charging battery was able to go from 10% to 97% in around nine minutes, or from 10% to 70% in seven minutes. That pushed EV charging speed into a new league and signalled that modern battery chemistry and higher-voltage systems can safely absorb far more power than early 400V architectures. For markets like Malaysia, where many drivers still worry about range and downtime on balik kampung trips, the BYD nine minute charge proved that an EV could realistically be refuelled during a short restroom or coffee break, rather than a lengthy half-hour stop.
CATL Shenxing 3: Leapfrogging BYD With Ultra-Fast Charging
BYD’s record barely had time to sink in before CATL unveiled its Shenxing 3 pack, claiming a 10–98% charge in just 6.5 minutes. Analysts noted that this CATL ultra fast charging performance “effectively closes the gap with ICE vehicles”, making top-ups feel much closer to petrol refuelling. Technically, Shenxing 3 reaches a 10C charging rate, enough to go from 10% to 80% in about 3 minutes 44 seconds. Crucially, CATL says this does not come at the cost of durability: the pack is said to retain over 90% of capacity after 1,000 full cycles, even while sustaining high power levels. The company also introduced the lightweight Qilin 3 battery with up to 1,000 km of range, showing that fast charging and long range can be combined. Compared with older 400V or early 800–900V systems, these new packs are engineered around extreme power handling from the outset, not as an afterthought.
Can We Really Use Ultra-Fast Charging Every Day?
On paper, 6–9 minute charging sounds perfect for daily use, but physics still sets some limits. Pumping power at a 10C rate generates heat, so advanced thermal management is essential to prevent battery degradation. CATL claims Shenxing 3 can still charge from 20% to 98% in about nine minutes at –30°C, suggesting robust temperature control. However, even if cycle life stays above 90% after 1,000 full charges, most owners will likely be encouraged to save maximum-power sessions for long highway trips. Daily charging at home or at slower AC points remains cheaper for the grid and gentler for the pack. In practice, ultra-fast top-ups may function like a safety net: used when time is tight, not every time. Automakers and battery suppliers will have to balance marketing headline figures with clear guidance on optimal charging habits for real-world longevity.
What the Charging Race Means for DC Fast Chargers and the Grid
Batteries that can accept huge power are only half the story; the other half is the charging network. Today’s rapid charger market already features stations capable of up to 350 kW, designed to cut sessions to around 30 minutes. New hardware like ChargePoint’s Express Solo DC fast charger pushes even further, delivering up to 600 kW and promising a 10–80% charge in roughly 20 minutes. To fully exploit BYD’s and CATL’s latest packs, networks will need more high-power DC fast charger sites, thicker cables, advanced cooling and smart load management. This raises grid questions: clusters of 350–600 kW chargers can look like small power plants from a utility’s perspective. In Malaysia, where DC coverage is still growing, planners will have to prioritise expressways and key intercity corridors, then gradually upgrade urban hubs as EV penetration and demand for ultra-fast top-ups rise.
How Close Are Malaysians to Petrol-Like Refuelling Times?
Traditional petrol stops typically take only a few minutes, but that doesn’t include queueing, payment or a quick trip to the washroom. With Shenxing 3 targeting 6.5 minutes for a near-full charge and BYD already demonstrating a nine-minute session, the technology gap is narrowing rapidly. The remaining constraints for Malaysian drivers are model availability and infrastructure: local EVs must be equipped with fast charging battery packs, and networks must deploy sufficiently powerful DC fast chargers where people actually travel. Over the next three to five years, Malaysians can realistically expect more highway sites offering 150–350 kW, bringing 15–25 minute charges into the mainstream, while pilot locations begin to experiment with 400 kW-plus hardware. Petrol will still be quicker at the nozzle, but for most trips, an EV top-up that fits into a coffee break—rather than a full meal stop—is moving from lab claim to everyday reality.
