Daimler will cooperate with Shell to develop hydrogen energy trucks, which is expected to produce more than 5,000 trucks and heavy cars before 2030, and construct 150 hydrogen stations in Europe, shell will be in Hamburg, Germany. , Cologne, and the Dutch Rotterdam’s factory processing and transportation center, so that the hydrogen road network is more complete.
Martin Daum, chairman of Daimler Truck Ag, said that hydrogen can be one of the important strategies of Daimler Group to be dedicated to carbon, while hydrogen The key to the development of energy is the popularity of the basic construction, so the shell of Dai Mi Jie is one of the leadings of the industry, and cooperates to develop future commercial hydrogen energy markets.
Due to the special nature of the commercial heavy bus and truck, the future Daimler will be tuned to the customer to create a hydrogen energy ecological chain, including a hydrogen station, road network, vehicle maintenance and other characteristics, including several The important industrial area of Germany and the Netherlands will be the key market for Daimler to promote hydrogen energy.
Amler TRUCK AG has reached an agreement with Volvo Trucks, and the two sides will invest in the development of hydrogen fuel cell systems, and plan to be produced in 2025; according to Daim Le Truck AG’s planning, hydrogen energy and electricity will be carried out simultaneously, and the electric power truck is responsible for the transportation of short-term, small and medium-sized, urban areas, while the hydrogen energy truck is a long-distance, ultra long distance, heavy, intercounted transportation operation. .
As for the passenger car market, Daimler Group has announced the cessation of the hydrogen energy development plan of the passenger car in 2020, and the resources are specially focused on commercial trucks. Hydrogen power system. Ben Van Beurden, a SELL, said that hydrogen truck is more suitable for replacing traditional diesel power, and SELL will focus on the development of hydrogen energy based construction and hydrogen energy supply, and the construction strategy of relay stations.