DAIMLER ANNOUNCES FIRST FUEL CELL CUSTOMER IN GERMANY

Freightliner

Daimler Parts

Daimler Trucks has announced that German logistics group Dachser will become the first customer to put production models of the Mercedes-Benz NextGenH2 hydrogen fuel cell electric trucks on the road later this year.

Daimler is claiming that Dachser will deploy the first of the new fuel cell powered hydrogen trucks in December this year.

The world’s largest truck manufacturer says that its NextGenH2 truck represents the key to the third leg of its engine technology strategy.

The parent company of Mercedes-Benz, Freightliner and Western Star  trucks says it is banking on Fuel Cell Electric Vehicle (FCEV) hydrogen technology alongside battery-electric and diesel engines.

Dachser says it plans to deploy three of the cabover prime movers  at its Karlsruhe logistics centre in Germany, with another two trucks to enter service by mid next year, with each truck set to be deployed on long-distance freight transport tasks.

The company is one of Germany’s largest freight companies and ranks 35th on the Transport Topics Top 50 Largest global freight companies.

Based at Kempten in Germany, theDachser Group already operates more than 190 battery-electric trucks, including a number of Mercedes eActros 600s, upon which the NextGenH2 is based.

“Once hydrogen technology is mature and economical, it could meet logistical requirements that are currently difficult to handle with battery-electric trucks, and that’s why we’re also involved in research and development in the field of hydrogen mobility,” Hohm added.

Daimler says that its  NextGenH2 has a range of more than 1,000 kilometres when both  of its liquid hydrogen tanks are full

The refueling technology developed by Daimler Truck and its partner Linde, known as sLH2, allows the truck to be fully fuelled within 10 to 15 minutes.

Dachser’s Karlsruhe logistics centre is located about 30 kilometres from Mercedes-Benz’s flagship manufacturing plant in Wörth, which will is home to the liquid hydrogen refueling infrastructure the trucks require.

A total of 100 NextGenH2 trucks will be built at the Wörth plant by the end of this year as part of the first small series production run for the model.

Daimler Truck drew the curtain back on the NextGenH2 in January as a second generation of its GenH2 hydrogen fuel cell prime mover.

Daimler says that  it is targeting series production of the fuel cell trucks by the early 2030s, however up until midway through last year the company expected to begin serial production toward the end of 2028 .

The delayed start to serial production was first disclosed during the truck maker’s Capital Markets Day in July last year, with the company citing slower-than-expected deployment of hydrogen refuelling infrastructure led to the delayed rollout.

The first 100 limited-production tractors will use Cellcentric BZA150 fuel cells and the sLH2 technology developed by Daimler Truck, with the company hoping sLH2 will become the standard for liquid hydrogen refuelling.

Daimler says that recent developments and additions include integration of series components from its battery electric eActros 600s, such as the integrated e-axle and aerodynamically optimised ProCabin.

It has also, indicated that a decrease in the size of the tech tower behind the truck’s cab means the wheelbase has been shortened by 150mm  from its original 4000mm  by 150 mm compared with the previous iteration of  the truck.

Cellcentric was originally  a joint venture between Daimler Truck and Volvo Group, however since the marriage between Daimler subsidiary Fuso and Toyota’s Hino has been consummated, the Japanese auto giant has also joined Cellcentric as a third joint venture partner.

Cellcentric launched an updated fuel cell on the 19th April, the BZA375, which previously had the project name “NextGen.”

Daimler Truck CEO Karin Rådström said at the launch of the fuel cell, that  two key technologies will lead the way on its path to decarbonise transport: battery-electric and hydrogen.

“We’ve already taken important steps, and Cellcentric’s new fuel cell system is the next major milestone,” Rådström said.

“Building on the success of its predecessor, it represents a new level of efficiency and performance,” she said.

The BZA375It has a claimed 20 per cent  lower hydrogen consumption than the previous BZA150 as well as 40 per cent higher power density.

The fuel cell is designed to fit into engine compartments originally developed for conventional 13-litre diesel engines, according to Cellcentric

 

TRP