Introduction to Solid State Batteries

BA-3761

Dauer 3 months access with individual learning time Weitere Details

Nächster Kurs 09.10.2023 Zu den Terminen

Preis 385,00 € (brutto)
385,00 € (netto)
Umsatzsteuerfrei

Seminar Beschreibung

In this course you will start by learning what are solid state batteries, which types of solid electrolytes are currently investigated and how solid electrolytes and types of solid-state batteries are related. Additionally, you learn how to increase energy density and power density, the roles anodes, cathodes and electrolyte play in this and how to increase reliability and ageing.

Termine

Klicken Sie zum Buchen auf den gewünschten Termin:

Weitere Informationen

Lerninhalte

Introduction to solid-state batteries
Introduction to solid-state electrolytes
Mechanisms of ionic conductivity in ceramic and polymerelectrolytes
Cell assembly with solid-state electrolytes
Thin-film solid state batteries

Voraussetzungen

Learners should be acquainted on a high level with the working principle of batteries and Li-ion batteries in general.

Methode

You learn with a digital and interactive learning management system that provides the materials for a seminar. You have access to learning modules and sequences, links and other files. This enables a proven basis for location-independent and effective learning.

Zielgruppe

This course is beneficial for chemical engineers, process engineers, battery professionals, R&D professionals in next-generation battery technology and anyone interested in understanding solid-state battery technology.

Kursdetails zu den Zeiten

3 months access to all learning content, flexible time management possible
Duration: 3 learning hours
Number of lessons: 5 Flyer

Ihre Vorteile

The course empowers you to:

Give the basic build-up of Li-ion and lithium batteries and assign the relevant components with their purpose
List the main requirements for solid-state electrolytes
Compare ionic conductivity mechanisms through ceramics, polymer, and composite electrolytes
Give the challenges involved with integrating a solid-state electrolyte in a battery cell
Compare the thin-film battery technology against the classical Li-ion battery technology