About Schematic diagram of the energy storage system for electric heavy trucks
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6 FAQs about [Schematic diagram of the energy storage system for electric heavy trucks]
How much power does a heavy-duty electric truck need?
Power requirements for heavy-duty electrical trucks currently on the market vary between 150 and 300 kW. The required installed energy varies between 200 to 300 kWh and provides around 200 km range with an average energy consumption of 1 to 2 kWh/km. Driving profile with speed and time for a for a heavy-duty truck in urban traffic (© EPA)
What is the energy storage and generation side?
The energy storage and generation side includes the high-voltage battery pack, the fuel cell system and the hydrogen tank. The high-voltage battery pack may work as an energy buffer, or as a primary power source as well when appropriately upsized.
How does an electric motor work in a truck?
On the propulsion side, an electric motor/generator (EM) is linked to the heavy-duty truck chassis through a direct drive transmission, a differential, and the wheels of the driven axle. The energy storage and generation side includes the high-voltage battery pack, the fuel cell system and the hydrogen tank.
Is battery electric propulsion a viable option for long-haul heavy-duty trucks?
Nevertheless, when it comes to higher power and energy demand applications such as long-haul heavy-duty trucks, the viability of battery electric propulsion may be significantly restrained by the power-to-weight ratio of current 400 V and 800 V lithium-ion based energy storage systems .
Is a fuel cell electric powertrain a viable option for heavy-duty trucks?
As concerns 30-year (i.e. 2050) oriented cost scenarios, a fuel cell electrified powertrain layout is still suggested as more viable for the heavy-duty truck than a battery electric powertrain, except a decrease in the electricity price would be forecasted along with a considerable increase in the hydrogen price.
Is a battery electric heavy-duty truck powertrain more appealing than a fuel cell?
In the present “2020” scenario, the implemented sizing methodology suggests that, from a TCO perspective, a battery electric heavy-duty truck powertrain layout may be more appealing than a fuel cell electrified propulsion system.
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