BYD to deploy 300 ultra-fast flash chargers across UK by year-end.

China's direct competitor to traditional petrol stations is set to arrive in Britain, bringing with it a wave of ultra-fast charging infrastructure. BYD has confirmed intentions to deploy 300 of these new 'flash chargers' across the UK by the close of this year, with projections indicating the network could expand to 600 units by 2027. These advanced units are scheduled for installation within retail locations hosting Denza, a sub-brand of BYD, as well as at sites operated by existing charging networks. The manufacturer claims these devices will deliver charging speeds comparable to filling a conventional fuel tank.

This unprecedented velocity is driven by a staggering 1.5 megawatts of power delivered through each new charger. To put that figure in perspective, the output is ten times greater than the standard 150 kW rapid chargers currently utilized by most electric vehicles, including those from Tesla, and possesses enough capacity to power approximately 5,000 homes simultaneously. While any electric vehicle equipped with a standard CCS connection can plug in, the system will charge at the maximum rate the battery safely permits. BYD notes that to fully utilize the charger's potential, owners will require their own proprietary software and the new Blade Battery 2.0.

The strategic initiative was unveiled at an event held at BYD's London headquarters, underscoring the company's aggressive expansion goals within the British market. Currently, BYD holds the position of the largest electric vehicle brand in the UK, commanding a seven per cent market share. However, the corporation aims to significantly broaden its influence by dismantling the obstacles that prevent petrol and diesel drivers from transitioning to electric mobility. This strategy involves lowering the price of new electric vehicles while accelerating charging times and reducing costs. The new generation of chargers is estimated to be at least four times faster than current options available to British motorists, effectively replicating the convenience of a quick fuel stop.

Stella Li, the executive vice-president of BYD, described the development as a "game-changer" in an interview with The Times. She highlighted the inefficiency of current charging waits, noting that drivers often endure delays of 30 minutes or nearly an hour during winter months. "Normally, when you go to the gas station you will spend five to ten minutes there, right? This is exactly like the timing [of the flash charger]," Li stated. The company has committed nearly €2 billion (£1.73 billion) to developing this infrastructure across Europe, with a target of constructing 3,000 stations on the continent by 2027.

A significant logistical hurdle remains the provision of the vast energy required for these remote charging stations. While securing a direct connection to the national grid could take years, BYD proposes an alternative solution. Rather than drawing directly from local power networks, the company plans to install on-site batteries to store the necessary energy. These units would be recharged overnight during periods of lower electricity costs, a method that would reduce expenses for drivers and alleviate strain on local production grids. According to AutoExpress, this approach aims to bring the cost of charging down to 50p per kWh, a reduction of approximately 30p from the rates typically charged by most operators.

The primary constraint preventing immediate widespread adoption is the current state of vehicle technology; no cars currently on UK roads are capable of accepting such high energy inputs. The fastest batteries presently in use, found in vehicles from Porsche, Hyundai, and Kia, can handle a maximum of 0.35 MW. However, the industry anticipates that vehicles equipped with ultra-fast charging capabilities will become increasingly common in the coming years. BYD remains committed to delivering 300 Flash Charging units to the UK market as part of this transformative rollout.

The Denza Z9GT stands as the sole vehicle currently capable of harnessing the full power of new flash charging infrastructure. With two connectors per device, the system supports 600 chargers across the network.

This high-end electric vehicle can jump from 10 per cent to 70 per cent in just five minutes. A complete charge from 10 to 97 per cent requires only nine minutes.

Performance remains robust even in extreme cold. At temperatures down to –30°C (–22°F), a full charge completes in merely 12 minutes.

Despite these capabilities, the car is not yet available in the UK. Market analysts expect a launch price of approximately £100,000.

These specifications follow revelations from Chinese battery giant CATL regarding its latest 'Shenxing' lithium-iron-phosphate battery generation. The technology charges from 10 per cent to 98 per cent in six minutes and 27 seconds.

A standard charging session from 10 per cent to 80 per cent takes just three minutes and 44 seconds. Drivers with only a minute to spare can still recover up to 35 per cent charge in under 60 seconds.