Highly Automated Drive Engineer

MOOC - Highly Automated Drive Engineer

Electrical Energy Storage

The second training unit deals with the possibilities of energy storage in an independent vehicle. The current state of art is described and an overview on batteries is given. The currently most common battery technology (Li-Ion battery) is discussed in more detail. This unit highlights all aspects of energy storage such as performance, life time, safety considerations, resources and production. Furthermore, an outlook on future cell technologies is given as well as insights into the battery pack, its functions and components.


Battery Outlook:

The element describes the current development status of Li-ion batteries and provides an outlook on ongoing developments to improve the performance of these cells. It also gives a long term perspective on new battery technologies like Li-S and Li-Air technology.

ADCEUR.U2.E3.PC1
The student understands the main developments of and trends for standard Li-Ion batteries.
ADCEUR.U2.E3.PC2
The student understands the benefits of solid state cells.
ADCEUR.U2.E3.PC3
The student knows how to outline the cost development for Li-Ion batteries.
ADCEUR.U2.E3.PC4
The student is able to tell about future advanced cells beyond the era of conventional Li-Ion cells.
ADCEUR.U2.E3.PC5
The student understands the shortcomings of Li-S and Li-Air cells.
ADCEUR.U2.E3.PC6
The student knows different scenarios for Li-supply.