Batterietechnologie

Battery Management Connection and Control

BA-3744

Dauer Weitere Details

Nächster Kurs 11.04.2023 Zu den Terminen

Preis 1.240,00 € (brutto)
1.240,00 € (netto)
Umsatzsteuerfrei

Seminar Beschreibung

The Battery Management, Connection and Control course will allow you to dive deep into power conversion systems that connect storage systems to smart grids and consumers, learning how to choose the right type of converter while assessing overall system performance with respect to energy efficiency.

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Lerninhalte

Module 1 - Introduction to Power Electronic Converters

The need for power conversion
Principles of switched power converters
Types of switched power converters
Conversion Losses and Efficiency

Module 2 - Power conversion and Efficiency in Battery Systems

Battery Capacity and Energy
Battery Losses and Efficiency
Power Electronic Interfaces for Batteries
Total System Energy Efficiency in Battery Applications
Application Example: Energy Efficiency of a USB Power Bank
Application Example: Home Battery Storage Systems
Application Example: Wireless charging
Business example

Module 3 - Power Electronics and Grid Connection

Power conversion steps in PCSs for batteries
Operating basis of DC-DC buck converters
Operating basis of DC-DC boost converters
Functionalities for power inverters
Current and voltage related constraints while designing PCSs for batteries
Application fields for battery solutions

Module 4 - Battery Management Systems

Introduction to Battery Management Systems
Battery Management Systems Topologies
Battery Management Systems Components and Requirements
Functional Safety and Security
State of Charge estimation
State of Health estimation
Battery cell balancing

Module 5 - Battery Testing

The importance of battery testing
Battery definitions, datasheets and characteristics
Battery Standards and Regulations
Electrical, Thermal and Mechanical tests
Battery laboratory and battery testing equipment
Battery testing procedures and examples
Battery analysis - From raw data to specific battery parameters
Battery modelling at cell and pack level

Module 6 - Modelling, control and simulation of batteries

Discharge curves
Equivalent electrical circuits modelling battery cells
Identification of parameters from datasheets
Modelling of DC-DC converters and batteries for control purposes
Tuning of battery voltage controller
Tuning of battery current controller

Voraussetzungen

A basic understanding of battery cells, system components and their working principles is required. Also, a basic understanding of electrical systems. We recommend taking the course Fundamentals on batteries prior to taking this course.

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 professionals interested in understanding all elements related to the management and testing of batteries and in getting involved in the power conversion systems for batteries' design, efficiency, and operation.

Kursdetails zu den Zeiten

3 months access to all learning content, flexible time management possible
Duration: 22 Learning hours
Number of lessons: 39 Flyer

Ihre Vorteile

This course will empower you to:

Expertly discuss the role of power conversion systems
Distinguish and assess the type of power converters for battery applications
Understand and explain the importance and function of battery management systems in the control and operation of batteries
Describe different battery testing procedures and the relevant characteristics that can be determined
Understand how we can simulate battery operation in order to predict in-service behaviour