BMW ix3 Battery Capacity: Performance, Range, and Efficiency
The BMW ix3 redefines electric luxury with its robust battery capacity, delivering impressive range and dynamic performance. As a key electric offering, its battery performance sets benchmarks in the EV market.
BMW ix3 Battery Capacity Specifications
The BMW ix3 is powered by a high-capacity lithium-ion battery pack, offering up to 340 kilometers (211 miles) of range in combined driving conditions. This sophisticated battery system balances energy density and thermal management, ensuring consistent performance across varying temperatures. The modular cell design supports both efficiency and longevity, making the ix3 a reliable choice for daily electric mobility.
Real-World Range and Driving Efficiency
In practical terms, the ix3 delivers up to 330 miles (531 km) on a full charge under EPA standards, adapting seamlessly to urban and highway driving. With regenerative braking and smart energy recovery, the battery optimizes consumption, extending range without compromising acceleration. Its intelligent battery management system monitors cell health and temperature, preserving capacity over time.
Technological Advancements Behind the ix3 Battery
Backed by BMW’s expertise in EV engineering, the ix3’s battery integrates cutting-edge thermal regulation and high-voltage architecture. These innovations enhance safety, efficiency, and charging performance—supporting rapid DC charging that replenishes the battery to 80% in under 30 minutes. Combined with a sleek, aerodynamic design, the battery enhances both performance and premium aesthetics.
The BMW ix3’s battery capacity is central to its appeal as a high-performance electric SUV, delivering exceptional range, intelligent energy use, and lasting reliability. For drivers seeking a blend of luxury, sustainability, and range, the ix3 stands out with a battery engineered for real-world excellence. Discover the ix3 today and experience the future of electric driving.
BMW iX3 (2020-2024): full specs - 80 kWh battery, up to 460 km range, 150 kW DC charging, all key details. Assuming BMW engineers have reduced the weight of everything else in the pack by 10% (a challenging but achievable target) it would mean that the 26MY iX3 Neue Klasse battery is ~43kg lighter than the Gen5 prismatic pack. A BMW insider spills the beans about the 2026 BMW iX3 50 xDrive, which will have a dual.
Specifications of 2026 BMW iX3 50 xDrive. Electric motor #1: 240 kW @ 5000 rpm, 435 Nm @ 0 - 5000 rpm, Electric motor #2: 123 kW @ 4607 rpm, 255 Nm @ 0 - 4607 rpm, Top speed: 130.5 mph / 210.0 km/h, Battery: 108.7 kWh. Market-dependent prices, MSRP.
BMW iX3 SUV Technical data of all models. Performance, measurements, fuel consumption and further specifications at a glance. The BMW iX3 50 xDrive is based on an 800 V electric architecture with a battery capacity of 108 kWh.
According to tests conducted by BMW in accordance with EPA regulations, a range of 643. Battery Capacity Gross/Useable 80 / 74 kWh Range (WLTP) 460 km Minimal Consumption (WLTP) 18.5 kWh/100 km Acceleration 0-100 km/h 6.8 s Fifth-generation BMW eDrive technology: current-excited synchronous electric motor, power electronics and single-speed transmission sharing the same housing, generator function for recuperating energy Performance Specs Power: 210 kW (282 hp) Torque: 400 Nm 295. Yes, the BMW iX3 is a fully electric SUV, powered by an electric motor using BMW's eDrive technology.
The 2027 BMW iX3 is part of the Neue Klasse line of vehicles, with an unprecedented range and charging time capacity. The difference in Battery capacity - usable between first generation (iX3 G08) from 2021 and last generation (iX3 NA5) from 2026 is 35 kWh. BMW iX3 Battery, Range, and Charging The high-capacity battery has a gross capacity of 80.0 kWh and a net usable capacity of 73.9 kWh, providing a 6.1 kWh buffer (7.6%) for battery protection.
With a nominal voltage of 345 volts, the system is classified as a 400-volt battery system, aligning with industry standards. This Lithium-Ion battery utilizes NMC (Nickel Manganese Cobalt) technology.