BYD Plants 10,000 Megawatt Chargers in Five Months, Halfway to a 20,000-Station Year-End Goal

BYD said this week it has already installed 10,000 of its 1,500-kilowatt "flash charging" stations across China, just five months after unveiling the technology in March. The number puts the world's largest maker of plug-in vehicles halfway to its stated target of 20,000 stations by the end of 2026 — and, on current pace, right on schedule to meet it. Electrek first reported the 10,000-station milestone on August 27.

The buildout is the clearest signal yet that China's EV leaders have moved past the question of how far a car can go and onto a different battle: how fast it can be refilled. Where most of the world still measures charging in minutes, BYD and its domestic rivals are now quoting results in seconds.

BYD hits 10,000 flash chargers — and stays on pace

BYD first showed the 1,500 kW charger, branded "flash charging," in March 2026. At the time, the company promised 20,000 installed units by year-end — a claim that drew more than a few raised eyebrows, given the hardware had not yet shipped at scale.

It moved fast anyway. BYD reported 5,000 chargers in the ground by April 1, less than a month after the announcement. By late August the count had doubled to 10,000, and the company scheduled an inauguration ceremony for the 10,000th unit at a site in China. The network now reaches 325 Chinese cities.

The math behind the year-end goal is straightforward. BYD plans to reach 18,000 urban chargers and 2,000 highway chargers by December. Adding the 10,000 already live leaves roughly 10,000 to go in the back half of the year — the same volume it already installed in the front half. If the supply chain holds, the target looks reachable rather than aspirational.

The chargers pair with BYD's second-generation Blade battery, which the company rates at 10–70% state of charge in about five minutes and 10–97% in roughly nine minutes on a compatible car. Cold weather stretches that to around 12 minutes at -30°C, still far quicker than a typical 150 kW public unit in Europe or North America.

How a converted gas station pulls off megawatt charging

The most striking proof point is not a chart but a forecourt. Sinopec, China's largest fuel retailer, tore the underground gasoline tanks out of a Shanghai service station and replaced them with BYD flash chargers. The site, at 1209 Huqingping Road, is the first physical result of a June 3 framework agreement between the carmaker and the state oil giant. Electrek documented the converted Shanghai forecourt when it opened earlier this month.

This was not a cosmetic add-on. Sinopec pulled its fuel storage tanks from the ground and turned the whole parcel into an EV-only charging hub. Six "T"-shaped chargers, each with two cables, give 12 charging bays laid out like the pump islands they replaced — the idea being that the muscle memory of pulling in, plugging into an overhead dispenser, and leaving a few minutes later carries straight over.

A 1,500 kW charger drawing straight from the grid would need a substation-grade connection that no ordinary gas station has. BYD solved that with buffers: each charger sits behind four Blade LFP battery packs holding 169–185 kWh, which deliver the megawatt burst to the car. The site draws only about 100 kW from the grid to keep those buffers topped up. An old fuel station can therefore offer megawatt charging without a grid rebuild, and the buffers double as backup power during a blackout.

The buffered approach is the same one BYD has used since it committed to deploying 15,000 megawatt chargers across China, built around the 1,000V Super E-Platform it confirmed last year. Sinopec's footprint is what puts that hardware on real estate that already sees cars pulling in and out all day. The converted station also kept its 24/7 convenience store and added a rest area with reclining chairs and a health monitoring station for drivers waiting out the charge.

Sinopec brings 30,000 forecourts to the table

The partnership is what makes BYD's numbers credible. Sinopec runs more than 30,000 service stations, over 14,000 charging and battery-swap sites, and serves roughly 20 million customers a day. Every one of those forecourts is a candidate for the same tank-removal treatment.

That is a distribution advantage no pure-play charging operator can match. Building a high-power network from scratch means negotiating land, power, and permits one site at a time. Tying chargers to an existing fuel network means the cars, the real estate, and the permits are already there. BYD supplies the chargers and the battery know-how; Sinopec supplies the locations and the foot traffic.

For a deeper look at how battery chemistry sets the speed limit on charging, see our Battery Tech coverage of cell development. BYD's own EV lineup is the main beneficiary of the flash network, but the stations are open infrastructure that other brands can use.

The rest of the world is still counting in minutes

The contrast with the United States is stark. Tesla, the fast-charging leader there, has installed around 38,000 charging ports over 14 years, adding about 2,000 this year. Its last major step was the move to 500 kW V4 Superchargers, and it took roughly three years to go from announcement to the first full V4 station. BYD added 5,000 megawatt-class chargers in a single month this spring.

Europe and the broader world sit somewhere in between. Several Chinese brands now quote sub-10-minute 10–80% times at home, while export models often ship with software limits that respect local grid and warranty constraints. Geely, the fastest-charging consumer brand in China, says it can take a car from 10% to 70% in four minutes and 22 seconds, and CATL has described a battery in development that would reach 10–80% in three minutes and 44 seconds.

None of that ultra-fast hardware has a path to the US market under current policy. Tariffs and restrictions on Chinese EV technology mean American buyers are, for now, excluded from the fastest charging tier. The federal NEVI program, meant to fund public charging with billions allocated in 2021, has moved slowly through regulatory and state-level friction.

What the buildout means for EV buyers

For Chinese drivers, the practical effect is a charging experience that starts to resemble a fuel stop. A five-minute top-up that adds most of a usable range changes how people plan trips and think about range anxiety. It also changes the used-car math: a car that can be refilled almost anywhere in the time it takes to buy a coffee is easier to live with than one tethered to a slow home socket.

BYD is not keeping the network at home. It plans 3,000 flash chargers in Europe and 3,000 more elsewhere, with the first overseas stations opening in June. That overseas rollout will be slower — it lacks the Sinopec shortcut of converting existing fuel sites — but it signals that the megawatt approach is a product, not just a domestic showcase.

The bigger story is the tempo. BYD went from a March announcement to 10,000 live stations in under six months, at a scale that would take a Western operator the better part of a decade. China's lead in charging speed is now a lead in charging availability, and availability is what actually moves buyers. As the EV market matures, the winner may be the company that builds the most plugs, not the one that builds the longest-range car.

The 20,000-station goal is still half a year away, and supply chain hiccups could slow the back half. But BYD has already done the hard part once. Doing it again looks less like a stretch and more like a schedule.