Mobility comes with huge emissions. The future of automotive vehicles requires investment in electric and hydrogen engines. This will ensure that the automotive sector contributes far less to the production of CO2 and other greenhouse gases.
Some drivers think that electric cars do not prove themselves in colder climates in Europe. The range of an electric car in winter is slightly smaller than in summer; however, the experience in exploitation of such vehicles in the exceptionally cold climate in Scandinavia demonstrates that it does not make any problem. It is enough to consider some aspects of exploitation.
The way hydrogen fuel cells work is relatively simple. Their operation is interesting because only water and energy are needed for combustion. As we know, the environmental aspect is crucial for the automotive sector in the 21st century. Find out how modern hydrogen drives work and how Knauf solutions can support their performance.
The basic function of packaging in the logistics is first of all to protect the cargo. Its durability, sturdiness and also the properties that allow to maintain the parameters of transported products or raw materials exert considerable influence on reliability and quality of supplies. However, the optimal selection of packaging has much wider meaning, which extends also on the production and logistics processes within the production plant.
The current challenges of the automotive market require the use of green energy. Does the power grid in Europe depend on the success of the hydrogen engine? We present the most important information and comparison of hydrogen-powered cars with electric vehicles.
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