In-depth theoretical research on battery management systems: application technology for high-power battery packs

arui1999

In-depth theoretical research on battery management systems: application technology for high-power battery packs [Copy link]

 

This book is a deepening of the author's previous monograph. It discusses the in-depth technical content of battery management system (BMS) such as SOC estimation accuracy, battery degradation (SoH), precise voltage monitoring, non-dissipative balancing control, etc. in the form of special topics. Based on the principle of "precision rather than completeness", the content strives to be more in-depth without repetition, which is an appropriate supplement to the previous monograph.

Chapter 1 Some explanations about this book
1.1 New developments in related research fields in the past two years
1.2 The relationship between this book and the author's previous book
1.3 The writing ideas of this book
Chapter 2 Remaining power (SoC) estimation based on extended Kalman filter
2.1 Key points of SoC estimation algorithm based on extended Kalman filter
2.2 Error spectrum of SoC estimation based on extended Kalman filter
2.3 Setting of calculation parameters during Kalman filter calculation
2.4 Summary
Chapter 3 Research on power battery degradation (SoH)
3.1 Definition of power battery degradation and its evaluation indicators
3.2 The significance of conducting research on power battery degradation
3.3 Current status of lithium-ion battery degradation research
3.4 Relevant domestic and foreign battery degradation tests Work
3.5 Battery degradation test conducted by the author
Chapter 4 Advanced power battery management system hardware4.1
Current mainstream voltage monitoring scheme4.2
The significance of accurate voltage monitoring4.3
Overall characteristics of LTC68044.4
Advantages of using isoSPI4.5
BMS system structure based on LTC6804
Chapter 5 Non-dissipative (ACTIVEBALANCE) battery balancing technology5.1
Several manifestations of battery imbalance and related discussions5.2
Review and analysis of several non-dissipative battery balancing technologies5.3
Advanced non-dissipative balancing scheme based on LTC33005.4
Testing of non-dissipative balancing circuit5.5
Energy consumption modeling and simulation analysis of non-dissipative balancing circuit
Chapter 6 Outlook
References

https://download.eeworld.com.cn/detail/%E5%BF%B5%E6%85%88%E8%8F%B4/626980