Operating principles of battery monitoring systems
In the area "Battery Manufacturing"
- Level
- Introduction
- Focus
- Theory
- Activity
- Populated
Table of Contents
Objectives
Objective | Minimum Expected Coverage |
---|---|
Understand what a battery module and battery pack is. |
Battery pack layouts for a particular application, e.g. Electric Vehicle, Marine, Static Storage. |
Understand the main components and organisation of a battery module and pack. |
Cells (Cylindrical b. Pouch c. Prismatic). Busbar and high voltage front end (HVFE). Connectors, Cooling, Thermal management system, Battery management system, Manual service disconnects. |
Understand the purpose of a Battery Management System (BMS). |
What a BMS does, monitors and calculates; how it works. |
Recognise and understand the different components of battery monitoring systems. |
Main components and functions including Battery cell monitor, Cut-off field effect transistors (FET), Temperature monitoring, Cell voltage balance, BMS algorithms, Real-time clock (RTC). Centralised, Modular, Primary and Distributed BMS, including advantages and disadvantages of each. |
Qualifications
Help me find a qualification or awarding body Help me convert my course to a qualification I'd like to add our qualificationThere are no qualifications identified for this CSS
Courses
Help me find a training provider I'd like to add our courses to this CSSTitle | Full coverage? | Description | Link |
---|---|---|---|
Operating Principles of Battery Management Systems | ✅ Full | This course is designed to introduce Battery Management Systems (BMS) and their role in modules and packs. The course gives delegates an insight into what BMS are and how the end usage and development informs their function. |
UKBIC Training Course |
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