Battery Management Systems

BA-3745

Dauer 3 months access with individual learning time Weitere Details

Nächster Kurs 09.10.2023 Zu den Terminen

Preis 475,00 € (brutto)
475,00 € (netto)
Umsatzsteuerfrei

Seminar Beschreibung

The Battery Management Systems course covers the various aspects related to a BMS. This allows participants to understand how to make choices on BMS development goals dependent on the specific need of the end application and the given battery technology.

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Weitere Informationen

Lerninhalte

Module 1- Battery Management Systems Design

Introduction to Battery Management Systems
Battery Management Systems Topologies
Battery Management Systems Components and Requirements
Functional Safety and Security

Module 2 - Battery Management System Functionality

State of Charge estimation
State of Health estimation
Battery cell balancing

Voraussetzungen

A basic understanding of battery cells, system components and their working principles is required.

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 battery system integrators & battery technicians, energy management system developers and providers as well as researchers in the field of energy or battery storage. Also anyone interested in understanding Battery Management Systems.

Kursdetails zu den Zeiten

3 months access to all learning content, flexible time management possible
Duration: 5 learning hours
Number of lessons: 8 Flyer

Ihre Vorteile

This course will empower you to:

Explain the exact need for a BMS in a battery-supported application and list the set of functions a BMS should support
Interpret the BMS specifications in light of the basic functionalities
List the most important BMS components, their requirements, and their value for the system
Explain the concept of State of Health and State of Charge
Evaluate if a string of battery cells is balanced and what the impact is of imbalance