BMW NEUE KLASSE BEVs will launch in 2025 with new, cylindrical battery cells by CATL and EVE Energy
10 September 2022, 16:07:54
Following the announcement of its collaboration with CATL, which will build cylindrical cell batteries for BMW in dedicated factories in Europe and China, BMW announced that it is set to launch a new era of e-mobility from 2025 with the models of its NEUE KLASSE – using newly-developed round battery cells optimized for the new architecture for the first time.
The BMW Group has already awarded contracts in the two-digit billion-eurothe range for production of the new BMW battery cells. By leveraging the comprehensive in-house expertise of the company’s own Battery Cell Competence Centre, the team from development, production and purchasing has been able to significantly reduce costs for the high-voltage battery, thanks to the new battery cell and new integration concept for battery technology developed by BMW. Based on current market assumptions, costs can be reduced by up to 50 percent, compared to the current fifth generation. The BMW Group has set itself the goal of bringing manufacturing costs for fully-electric models down to the same level as vehicles with state-of-the-art combustion-engine technology.
For the sixth generation of BMW eDrive technology used in the NEUE KLASSE, the company has fundamentally refined the cell format and cell chemistry. With the new BMW round cell specially designed for the electric architecture of the NEUE KLASSE models, it will be possible to significantly increase the range of the highest-range model by up to 30 percent (according to WLTP).
The new BMW round cells come with a standard diameter of 46 mm and two different heights. Compared to the prismatic cells of the fifth BMW battery cell generation, the nickel content in the sixth-generation BMW round cells is higher on the cathode side, while the cobalt content is reduced. On the anode side, the silicon content will be increased. As a result, the cell’s volumetric energy density will improve by more than 20 percent.
The battery system plays a key role in the body structure of the NEUE KLASSE. Depending on the model, it can be flexibly integrated into the installation space to save space (“pack to open body”). The cell module level is thus eliminated.
The battery, drive train, and charging technology in the NEUE KLASSE will also have a higher voltage of 800 volts. Among other things, this will optimize how energy is supplied to direct current high-power charging stations, which can achieve a much higher charging capacity with a current of up to 500 amperes – thus reducing the time it takes to charge the vehicle from 10 to 80 percent by up to 30 percent.
To supply the battery cells needed for the NEUE KLASSE, the BMW Group has already awarded contracts in the two-digit billion-euro range for the construction of battery cell factories to CATL and EVE Energy. Both partners will build two gigafactories in China and Europe. Each of the battery cell factories will have a total annual capacity of up to 20 GWh. Plans call for two more battery cell factories to be built in the North American free trade zone, USMCA, for which the partners have not yet been nominated.
The three regions where the battery cell factories will be built will also benefit economically from the creation of new supply chains, new networks for subcontractors, and new jobs.
The sixth-generation battery technology also offers the option of using cathodes made of lithium iron phosphate (LFP) for the first time. This means the critical raw materials cobalt and nickel can then be avoided entirely in the cathode material. In parallel, the BMW Group is also pushing forward with the development of all-solid-state batteries (ASSBs). The company aims to have high-voltage batteries of this type ready for series introduction by the end of the decade. The BMW Group will present a demonstrator vehicle with this technology on board well before 2025.
With a fast-growing product lineup and high demand, the BMW Group aims to have more than two million fully-electric vehicles on the roads by the end of 2025.
The all-electric NEUE KLASSE will make a significant contribution to BMW Group sales volumes from mid-decade. The NEUE KLASSE has the potential to further accelerate the market penetration of e-mobility: This means 50 percent of the BMW Group’s global sales could already come from fully-electric vehicles before 2030.
The MINI brand will have an exclusively all-electric product range by the early 2030s, while Rolls-Royce will also be an all-electric brand from 2030. All future new models from BMW Motorrad in the field of urban mobility will likewise be fully electric.

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EV Specifications
Complete specifications of EVs, grouped according to their brand and year
Featured
Specifications of some of the most interesting and anticipated EVs.

2027 KIA EV3 GT-Line AWD
Doors: 5, Seats: 5
Length: 169.7 in / 4310 mm
Width: 72.8 in / 1850 mm
Height: 61.8 in / 1570 mm
Curb weight: 4398.22 lb / 1995 kg
Electric motor #1: 125 kW, Location: Front
Electric motor #2: 70 kW, Location: Rear
Battery: 81.4 kWh, Voltage: 343 V

2027 KIA EV3 GT 81.4 kWh
Doors: 5, Seats: 5
Length: 169.7 in / 4310 mm
Width: 72.8 in / 1850 mm
Height: 62.0 in / 1575 mm
Curb weight: 4431.29 lb / 2010 kg
Electric motor #1: 145 kW, Location: Front
Electric motor #2: 70 kW, Location: Rear
Battery: 81.4 kWh, Voltage: 343 V

2027 KIA EV3 GT AWD
Doors: 5, Seats: 5
Length: 169.7 in / 4310 mm
Width: 72.8 in / 1850 mm
Height: 62.0 in / 1575 mm
Curb weight: 4453.34 lb / 2020 kg
Electric motor #1: 145 kW, Location: Front
Electric motor #2: 70 kW, Location: Rear
Battery: 81.4 kWh, Voltage: 343 V

2027 KIA EV3 Long Range AWD
Doors: 5, Seats: 5
Length: 169.3 in / 4300 mm
Width: 72.8 in / 1850 mm
Height: 62.0 in / 1575 mm
Curb weight: 4398.22 lb / 1995 kg
Electric motor #1: 125 kW, Location: Front
Electric motor #2: 70 kW, Location: Rear
Battery: 81.4 kWh, Voltage: 343 V

2027 KIA EV3 Long Range FWD
Doors: 5, Seats: 5
Length: 169.3 in / 4300 mm
Width: 72.8 in / 1850 mm
Height: 62.0 in / 1575 mm
Curb weight: 4155.71 lb / 1885 kg
Electric motor: 150 kW @ 5200 - 9600 rpm, 283 Nm @ 5000 rpm, Location: Front
Battery: 81.4 kWh, Voltage: 343 V

2027 Mercedes-Benz GLA 350 4MATIC Electric
Doors: 5, Seats: 5
Length: 179.7 in / 4565 mm
Width: 73.7 in / 1873 mm
Height: 63.1 in / 1604 mm
Curb weight: 4927.33 lb / 2235 kg
Electric motor #1: 200 kW, 335 Nm, Location: Rear
Electric motor #2: 80 kW, 180 Nm, Location: Front
Battery: 85 kWh

2027 Mercedes-Benz GLA 250+ Electric
Doors: 5, Seats: 5
Length: 179.7 in / 4565 mm
Width: 73.7 in / 1873 mm
Height: 63.1 in / 1604 mm
Curb weight: 4750.96 lb / 2155 kg
Electric motor: 200 kW, 335 Nm, Location: Rear
Battery: 85 kWh

2026 Tesla Model Y L Premium
Doors: 5, Seats: 6
Length: 195.6 in / 4968 mm
Width: 75.6 in / 1920 mm
Height: 65.7 in / 1669 mm
Curb weight: 4612.07 lb / 2092 kg
Electric motor #1: 194 kW @ 5000 rpm, 340 Nm, Location: Rear
Electric motor #2: 137 kW @ 6380 rpm, 219 Nm, Location: Front
Battery: 79 kWh, Voltage: 357 V

2027 BMW iX5 60 xDrive
Doors: 4, Seats: 5
Length: 196.6 in / 4994 mm
Width: 78.7 in / 2000 mm
Height: 68.8 in / 1748 mm
Curb weight: 6228.06 lb / 2825 kg
Electric motor #1: 242 kW, 500 Nm, Location: Rear
Electric motor #2: 183 kW, 305 Nm, Location: Front
Battery: 141 kWh

2027 BMW i3 50 xDrive
Doors: 4, Seats: 5
Length: 187.4 in / 4760 mm
Height: 58.3 in / 1480 mm
Curb weight: 4861.19 lb / 2205 kg
Electric motor #1: 240 kW, 435 Nm @ 0 - 5000 rpm, Location: Rear
Electric motor #2: 123 kW, 255 Nm @ 0 - 4607 rpm, Location: Front
Battery: 108.7 kWh, Voltage: 698.9 V

2026 Toyota Hilux BEV
Doors: 5, Seats: 5
Length: 209.4 in / 5320 mm
Height: 72.6 in / 1845 mm
Curb weight: 5412.35 lb / 2455 kg
Electric motor #1: 128 kW, 268 Nm, Location: Rear
Electric motor #2: 80 kW, 206 Nm, Location: Front
Battery: 59.2 kWh, Voltage: 296 V

2026 Dodge Charger Daytona Scat Pack
Doors: 2 / 4, Seats: 5
Length: 206.6 in / 5248 mm
Height: 58.9 in / 1496 mm
Curb weight: 5698.95 lb / 2585 kg
Electric motor #1: 250 kW, Location: Rear
Electric motor #2: 250 kW, Location: Front
Battery: 93.9 kWh, Voltage: 400 V

2026 Dodge Charger Daytona R/T
Doors: 2 / 4, Seats: 5
Length: 206.6 in / 5248 mm
Height: 58.9 in / 1496 mm
Curb weight: 5698.95 lb / 2585 kg
Electric motor #1: 250 kW, Location: Rear
Electric motor #2: 250 kW, Location: Front
Battery: 93.9 kWh, Voltage: 400 V

2026 Opel Grandland Electric AWD 73 kWh
Doors: 5, Seats: 5
Length: 183.1 in / 4650 mm
Width: 75.0 in / 1905 mm
Height: 65.6 in / 1667 mm
Curb weight: 5048.59 lb / 2290 kg
Electric motor #1: 157 kW, 343 Nm, Location: Front
Electric motor #2: 82 kW, 166 Nm, Location: Rear
Battery: 73 kWh, Voltage: 400 V

2025 Opel Grandland Electric Long Range 97 kWh
Doors: 5, Seats: 5
Length: 183.1 in / 4650 mm
Width: 75.0 in / 1905 mm
Height: 65.6 in / 1667 mm
Curb weight: 4971.42 lb / 2255 kg
Electric motor: 170 kW @ 3935 - 14000 rpm, 345 Nm @ 250 - 4370 rpm, Location: Front
Battery: 97 kWh, Voltage: 400 V

2027 Škoda Elroq RS
Doors: 5, Seats: 5
Length: 176.7 in / 4488 mm
Height: 64.8 in / 1645 mm
Curb weight: 5121.34 lb / 2323 kg
Location: Rear
Location: Front
Battery: 77 kWh

2025 Škoda Elroq RS
Doors: 5, Seats: 5
Length: 176.7 in / 4488 mm
Height: 63.3 in / 1608 mm
Curb weight: 4907.49 lb / 2226 kg
Location: Rear
Location: Front
Battery: 77 kWh

2027 Volkswagen ID. Polo GTI 166 kW
Doors: 5, Seats: 5
Length: 161.3 in / 4096 mm
Width: 71.5 in / 1816 mm
Height: 59.6 in / 1513 mm
Curb weight: 3395.12 lb / 1540 kg
Electric motor: 166 kW, 290 Nm, Location: Front
Battery: 52 kWh