America’s fast-charging map is about to get an intriguing Tesla twist. EVgo says it will deploy hundreds of Tesla V4 Superchargers across US cities, but these will operate as EVgo-branded stations rather than additions to Tesla’s own network. For drivers, the badge matters less than the promise: up to 500kW charging, support for both NACS and CCS1 connectors, and hardware designed to make plugging in a wider range of electric cars less awkward.
Tesla hardware, EVgo network
The arrangement puts Tesla’s latest charging equipment in the hands of one of America’s largest public fast-charging operators. According to reports from Electrek and Ars Technica, deployment is expected to begin this fall, with the first locations due online during the second half of 2026. The V4 cabinets can operate at up to 1,000 volts and deliver as much as 500kW to compatible vehicles. EVgo says that could add up to 200 miles of range in around 15 minutes, although actual performance will depend on the car, battery temperature and charging curve.
Compatibility may be the bigger story than the headline power figure. The sites are set to offer both the North American Charging Standard connector popularised by Tesla and the CCS1 plug still used by many existing EVs. Longer cables should also better accommodate cars whose charge ports are not positioned like a Tesla’s, addressing a frequent pain point at shared charging locations. The result could be an unusually flexible urban charging option, particularly for apartment dwellers and other drivers without reliable home charging.
BYD’s expansion keeps gathering speed
While Tesla’s technology is spreading through another operator’s network, BYD is celebrating scale of a different kind. The Chinese group’s Fang Cheng Bao sub-brand says cumulative sales have passed 500,000 vehicles less than three years after its August 2023 launch. CnEVPost reports that the brand sold 41,213 vehicles in July, up 190.6% from a year earlier. Fang Cheng Bao specialises in characterful SUVs and off-road-oriented new-energy vehicles, giving BYD a route into higher-priced lifestyle segments beyond its mainstream models.
BYD also advanced its localisation strategy in Brazil with the launch of its first locally produced plug-in hybrid flex-fuel vehicle. The Song Pro Super-Híbrido Flex Fuel can use electricity, petrol or ethanol, tailoring electrification to a market where sugarcane-derived ethanol is widely available. The model starts at R$176,990, with a higher GS grade listed at R$199,990. It is a reminder that the global transition will not follow one template: battery-electric cars may lead in some regions, while locally adapted plug-in hybrids can help reduce petroleum use elsewhere.
Sodium-ion batteries move into heavy work
Beyond passenger cars, China has put a sodium-ion electric mining truck into service. Built on Tonly’s 120E platform, the truck uses Hina Battery’s Haixing system with 676kWh of capacity and reported cell energy density above 165Wh/kg. Sodium-ion chemistry generally offers lower energy density than leading lithium-ion cells, but it can reduce reliance on lithium and may suit cost-sensitive, short-distance heavy-duty work. Mining is a tough proving ground, where predictable routes and regenerative braking can make electrification especially useful.
For EV enthusiasts, the day’s developments point in the same direction: electrification is broadening rather than following a single path. Tesla’s V4 hardware is becoming more accessible, BYD is matching global growth with regional adaptation, and alternative batteries are moving from laboratories into industrial vehicles. Charging convenience, smart localisation and fit-for-purpose chemistry may shape the next phase as much as any one new car.