#battery-technology

#battery-technology

The new C127 EV adopts a modular battery configuration based on lithium iron phosphate (LFP) technology supplied by CATL, delivering a total installed capacity of 497 kWh, an increase from the previous 462 kWh.

Charging from 10 to 98 percent took just six minutes and 27 seconds. The more standard 10-80 percent time takes just three minutes, 44 seconds. Only have a minute to plug in? Still sufficient to get from 10 to 35 percent state of charge.

The Volvo FH Aero Electric with Extended Range is powered by a newly designed electric rear axle that integrates two electric motors, all the necessary power electronics, a six-speed transmission, and a 13-tonne traditional axle.

The Anker Solix C1000 is my pick of the best portable power stations for camping, because it has the capacity to keep your phones and tablets charged up, maybe run a small fridge or cooler for a weekend, and boasts a handy light bar for a soft glow at night.

When the Finnish startup unveiled its battery at the Consumer Electronics Show in January, the specifications shocked the battery industry. How could an unknown company leapfrog Toyota, Factorial, and CATL in the solid-state race? The startup claimed 400 watt-hours per kilogram of energy density, a 100,000-cycle lifespan and a charge time of roughly five minutes.

The Sigma 8 is a low-entry electric midibus measuring approximately 8.7 metres in length, with a width of about 2.3 metres and a height of roughly 3.1 metres. The vehicle can accommodate up to 54 passengers and is designed for feeder services, operations in dense urban centres and routes in residential districts with constrained street geometry.

BYD, the world's biggest car seller, unveiled a new battery giving its latest electric models more than 600 miles of range. Remarkably, the Chinese motor-maker said 250 miles of range could be injected into its new batteries in just five minutes. If true, the last remaining advantages of petrol cars—long range and quick refuelling—are beginning to disappear.

What's wild about this jump in stamina is that it's disproportionate to the battery's capacity. The Kilburn II ships with a 5,200 mAh cell, while the new model is only about 5% bigger: 5,500 mAh. Clearly, some big efficiencies have been gained.

Inside the engine of a high-performance car, components endure thousands of violent explosions per minute, resisting incredible friction and wear. The materials chosen for this environment are selected for one reason: absolute, uncompromising durability. One of the most resilient of these materials is silicon nitride, a ceramic used where extreme toughness is the only acceptable standard.

Battery degradation on high-mileage EVs is not as big a deal as some might make you believe. Real-world data shows that EVs with over 150,000 miles are still going strong, with minimal degradation. Older EVs are more affected by high mileage, but technology has made newer models more resilient. Battery degradation is inevitable, but new research shows that EV owners should just keep driving their cars without worrying about what happens with the thousands of cells that live in their cars' floors.

Hyundai says it's working to make EV charging as fast as filling up a gas cartargeting about 3 minutes. The aim is partly to ease range anxiety, especially for drivers who can't charge at home. To reach that speed, Hyundai is developing 400 kW charging tech and working on major advances in battery tech without just increasing battery size. When you buy a modern Hyundai electric vehicle, you're already getting a car with some of the fastest DC charging out there.

From unexpected power outages that can leave your home in the dark to weekend camping trips where you still need to charge devices and run small appliances, these portable power stations deliver peace of mind when you need it most. Jackery's Explorer 1000 has long been the bestseller in this category with its 1500W output but right now there's a game-changing deal that changes everything: