Complete Lithium Battery Pack Manufacturing Practical Video

Deep into Lithium Manufacturing with theory ,with live video practical about all components lithium battery pack design

What you'll learn

battery Chemistry, thermal Runway, Types of battery, thermal management, future Developmentpment,

Lead acid battery,principle of working, Uses

Sodium based chemistry, Nickel based chemistry, Alternative battery chemistry

battery cell types ,suitable application and adwantage

what cycle life, how to calculate Theoretical

Evs battery pack manufecturing ,battery pack insulation ,example as Tesla ,module assemble,components and processs

Resistance calculate, watt hours ,volt of cell with theory

Dod ,Soc, Soh calculation of battery with theory and example

calculating battery efficiency, theory

C rating of cell and how to calculate theory

Calculating charger according of battery pack ,charger efficincy,charging C rating calculating with theory

types of charger , what cc/cv ,type of conector

Ebike lithium battery pack manufacturing, machinery need, Insulation material

Series and parallel configuration ,calculate consumption current

Bms Review and explain fundamental ,and battery connection review practical lecture

series and parallel cell assemble practical video

cell volt testing ,cell capacity testing ,

IR testing how to use machine practical

cell volt testing ,cell capacity testing

cell balancing automatic ,eqalizer

BMS connection

presimetic cell to battery pack

pouch cell to battery pack

hailong battery design bms connection

Requirements

no needded experience for making lithium battery pack. you will learn everything you need to know

Description

Welcome to this course. This course has been made for those who want to do Lithium Battery Pack Manufacturing either at small level or at big level. Now in this course or from small level to big level, you will learn how to do manufacturing lithium battery pack , we will tell you from basic to advanced, that too with practical videos. This course is divided into three parts. The first part will be basic and about other things about battery chemistry. The second part will be completely theoretical. How the battery is designed is the third part which is complete with practical video, along with practical lecture you will see which will give you experience and you will be able to design a battery pack.  This course is designed for anyone interested in learning about the fundamentals of lithium battery technology, from beginners seeking a basic understanding to professionals looking to deepen their knowledge in the field. Throughout this course, we will explore the key components of lithium batteries, delve into their underlying chemistry and physics, discuss manufacturing processes, examine safety considerations, and explore emerging trends and innovations. We'll start by laying the groundwork with an overview of battery basics, including an introduction to electrochemistry, battery components, and how lithium-ion batteries differ from other battery chemistries

Overview

Section 1: Introduction

Lecture 1 Introduction

Section 2: battery chemistry thermal runway ,type of battery, thermal management ,safety

Lecture 2 battery chemistry thermal runway ,type of battery, thermal management ,safety

Section 3: sodium based chemistry nickel based chemistry, cell specification, alternate

Lecture 3 sodium based chemistry nickel based chemistry, cell specification,

Lecture 4 performance of battery ,abuse testing,

Section 4: battery cell type ,suitable application

Lecture 5 battery cell type ,suitable application

Section 5: thermal interface material ,application

Lecture 6 lead acid battery advantage ,working principle

Lecture 7 thermal interface material ,application

Section 6: cycle life calculation of cell

Lecture 8 cycle life calculation of cell

Section 7: EVs battery pack ,module assemble ,components and process

Lecture 9 EVs battery pack ,module assemble ,components and process

Section 8: resistance,volt ,watt hour, ampere calculation

Lecture 10 resistance,volt ,watt hour, ampere calculation

Section 9: dod,soc,soh calculation ,in deep

Lecture 11 dod,soc,soh calculation ,in deep

Section 10: calculating battery efficiency,

Lecture 12 calculating battery efficiency,

Section 11: C rating of cell calculation ,and explore

Lecture 13 C rating of cell calculation ,and explore

Section 12: calculating charger for battery,charger efficiency,charger c rating

Lecture 14 calculating charger for battery,charger efficiency,charger c rating

Section 13: series and parallel configration,calculation consumption current

Lecture 15 series and parallel configration,calculation consumption current

Section 14: bms review and connection review of wire

Lecture 16 bms review and connection review of wire

Section 15: series and parallel ,cell assemble practical video

Lecture 17 series and parallel ,cell assemble practical video

Section 16: ebike lithium battery pack ,machinery need, insulation material

Lecture 18 ebike lithium battery pack ,machinery need, insulation material

Section 17: cell volt testing .cell capacity testing

Lecture 19 cell volt testing .cell capacity testing

Section 18: IR testing practical

Lecture 20 IR testing

Section 19: cell balancing ,intelligent automatic equalizer

Lecture 21 cell balancing ,intelligent automatic equalizer

Lecture 22 active cell balancing

Section 20: BMS connection of lithium battery

Lecture 23 BMS connection of lithium battery

Section 21: prismatic cell to battery pack

Lecture 24 prismatic cell to battery pack

Lecture 25 prismatic battery

Section 22: lithium pouch cell to battery pack

Lecture 26 lithium pouch cell to battery pack

Section 23: hailong Ebike Battery Design

Lecture 27 hailong Ebike Battery Design

beginner to advance can join