The new hybrid fuel cell electric car BMW I Hydrogen NEXT is expected to be unveiled in 2022, fitted with a state-of-the-art hydrogen powertrain.
BMW Group will launch the second version of its hydrogen-powered powertrain in 2022 on a limited series of the BMW I Hydrogen NEXT based on the latest X5 model, as part of its long-term dedication to fuel cell technology.
The prospects of delivering a larger-scale BMW FCEV production series are highly dependent on market conditions. With the necessary resources, competitive pricing, and consumer demands. BMW expects it will launch such a vehicle at the earliest in the second half of this decade.
Returning to the BMW I Hydrogen NEXT the latest test model. And so will produce on an updated G05 X5 chassis in a limited number. Many of the high-tech exterior stylings. It will be moved from the concept car shown at the IAA Frankfurt last year.
As stated by Jürgen Guldner, Vice President of the BMW Group’s Hydrogen Fuel Cell Development and Automotive Programs. So, the second generation of the hydrogen fuel cell powertrain system produces up to 125 kW/170 PS (168 hp) of electrical output from the chemical reaction. Between hydrogen in the vehicle storage tanks and oxygen in the air.
Essentially, the chemical reaction between hydrogen and oxygen produces energy. So, the powertrain’s emissions are fully natural and environmentally friendly: energy vapors, and nothing more.
The electrical transformer situated at the front of the fuel cell modules adapts the voltage level to that of both the electric powertrain and the peak drive battery. That so mounted on the vehicle’s rear axle. The high-voltage battery powered by the electricity from the fuel cell and the brake charge.
The weight- and space-optimized hydrogen storage tanks. So, they situated on the vehicle floor. Underneath the passenger shuttle. The tank pressurized to 700 rpm. And together they have 6 kilograms of liquid hydrogen storage capacity. This fuel mass guarantees a long-range of cars. Despite all the environmental conditions.
