Battery Performance Testing, and Optimization

Welcome to the Battery Performance Testing and Optimization Course.

Course Overview 

This course provides a comprehensive exploration of battery performance testing, focusing on the variability in battery performance across different use cases, chemistries, and environmental conditions. Designed for professionals, engineers, and researchers in the battery and energy storage industries, this course addresses the challenges of accurately assessing battery performance due to diverse chemistries, form factors, and ambient temperature effects. Participants will learn about key performance parameters, testing methodologies using battery testing instruments, and the relationships between operational conditions and battery system performance. The course also covers recent advancements in global battery research and provides insights into interpreting these developments. Through case studies, attendees will gain practical knowledge on optimizing battery performance and extending cycle life. 

Key Topics Covered 

• Cell selection via testing 

• Battery performance and operational parameters 

• Cell temperature monitoring 

• Stages of battery pack development 

• Battery pack degradation 

• Cycle life charts and interpreting specification sheets from manufacturers 

• Cell performance optimization through Depth of Discharge (DOD) and cycle life 

• Effects of DOD on battery longevity 

• Battery testing setup and best practices 

• Case studies demonstrating testing and optimization techniques 

Who Should Attend 

• Engineers and researchers in battery technology and energy storage systems 

• Professionals in the electric vehicle (EV), renewable energy, and battery manufacturing industries 

• Quality assurance and testing specialists involved in battery performance evaluation 

• Academics and students studying advanced battery systems and energy technologies 

• Policy makers and sustainability professionals focused on energy storage advancements 

Certification Criteria 

• To obtain a certificate of completion, participants must complete the course and pass a quiz 

• Number of Questions: 15 

• Passing Score: 8 correct answers 

• Duration: 15 minutes 

• Number of attempts: 03 

Duration: ~ 45 minutes  

Speakers 

• Satyajit Phadke, CES 

Contact for Queries: 

For any queries or additional information related to the course, please write to: academy@indiaesa.info

 Details to Know