Optimize Your Battery Thermal Management System
  • Courses
  • 7 items

Learn about the importance of optimizing battery thermal management.

Learn:

  • How Li-Ion batteries work
  • How to setup for charging/discharging
  • How to profile a battery
Lessons
Lesson 1 - Introduction On Li-Ion Batteries and Optimization

Lesson 1 - Introduction On Li-Ion Batteries and Optimization

Introduces the importance of optimizing battery thermal management and discusses the basics of how Li-ion batteries work. It also covers how to setup for charging/discharging and how to profile a battery.
Lesson 2 - How Li-Ion Batteries Work

Lesson 2 - How Li-Ion Batteries Work

Provides a more detailed explanation of how Li-ion batteries work, including the chemistry, components, and charging/discharging processes.
Lesson 3 - Growth in the Li-Ion Battery Market

Lesson 3 - Growth in the Li-Ion Battery Market

Looks at the growth of the Li-ion battery market and the factors that are driving this growth.
Lesson 4 - Hardware Setup for Battery Charging and Discharging

Lesson 4 - Hardware Setup for Battery Charging and Discharging

Discusses the hardware setup required for charging and discharging batteries, including the equipment and procedures involved.
Lesson 5 - Software Setup for Battery Profiling

Lesson 5 - Software Setup for Battery Profiling

Covers the software setup required for battery profiling, including the software and data files needed.
Lesson 6 - Test Results and Summary

Lesson 6 - Test Results and Summary

Presents the results of the battery profiling tests and discusses the implications of these results for battery thermal management.
Battery Cycling Testing with Usage Pattern based Power Consumption

Application Notes

Battery Cycling Testing with Usage Pattern based Power Consumption

This application note offers information to dramatically help the battery designer in the battery behavior analysis.
Related Product
N6705C DC Power Analyzer

hardware

N6705C DC Power Analyzer

The N6705C DC Power Analyzer provides unrivaled productivity gains for sourcing and measuring DC voltage and current into the DUT.
Related Use Case
How to Measure EV Battery Cell Self-Discharge

How to Measure EV Battery Cell Self-Discharge

Measure Li-Ion cell's self-discharge current using the potentiostatic method