Germany’s Bosch powers up hydrogen cells for cars
Vehicle parts maker and Powercell Sweden plan to bring the fuel cells to market by 2022
Frankfurt — Bosch, the world’s biggest vehicle parts maker says it will work with a Swedish firm to develop key components for hydrogen fuel cells designed to power cars, after backing off building electric batteries.
Stuttgart-based Bosch and Powercell Sweden — formerly a subsidiary of carmaker Volvo — aim to bring the fuel cells to market “in 2022 at the latest”.
Hydrogen-powered electric vehicles could prove winners compared with their battery-driven cousins for some applications. They offer a longer range and can be refuelled about as quickly as a petrol- or diesel-powered vehicle.
At the same time, hydrogen cars boast some of the advantages of battery-electric, including powerful acceleration, silent operation and no emissions at the point of use except water vapour.
But a number of technological hurdles remain to be cleared before mass deployment. Large amounts of electricity are required to produce hydrogen, and there is a very limited network of fuelling stations. Just 60 refuelling points are available across Germany.
Bosch did not reveal the financial terms of its deal with Powercell Sweden, but the two firms will work together to develop the so-called “stack” — components at the heart of the cell where the chemical reaction between hydrogen and oxygen takes place to produce electricity.
The group in 2018 decided not to compete with existing Asian industry leaders in producing electric batteries for cars, seeing the rivals’ technological advantage as too great to catch up. By doing so, it turned away from supplying German carmakers like Volkswagen as they gear up to offer dozens of electric vehicles over the coming decade.
Manufacturers have taken the plunge on electric power faced with looming tougher emissions rules in the EU, loaded with hefty financial penalties if they are breached.
European carbon dioxide reduction targets “can only be reached by electrifying more and more of the powertrain. The fuel cell can play a decisive role here”, Bosch said.
At first, “the best opportunities for broad adoption of fuel-cell technology are in the commercial-vehicle market”, the firm added, although it expects broader use in passenger cars should follow. By 2030, Bosch estimates that 20% of all electric vehicles worldwide will be powered by fuel cells.