MULTI-CELL LITHIUM-ION BATTERY MANAGEMENT SYSTEM For Electric Vehicle Team Members • Pramit Tamrakar- Electrical Engineering • Jimmy Skadal- Electrical Engineering • Hao Wang- Electrical Engineering • Matthew Schulte- Electrical Engineering Advisor • Ayman Fayed Client • Adan Cervantes- Element One Systems Team-id- SdMay11-04
For Electric Vehicle. Team Members Pramit Tamrakar- Electrical Engineering Jimmy Skadal- Electrical Engineering Hao Wang- Electrical Engineering Matthew Schulte- Electrical Engineering Advisor Ayman Fayed Client Adan Cervantes- Element One Systems Team-id - SdMay11-04. - PowerPoint PPT Presentation
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MULTI-CELL LITHIUM-ION BATTERY MANAGEMENT SYSTEM
For Electric Vehicle
Team Members• Pramit Tamrakar- Electrical Engineering• Jimmy Skadal- Electrical Engineering• Hao Wang- Electrical Engineering• Matthew Schulte- Electrical Engineering
Advisor• Ayman Fayed
Client• Adan Cervantes- Element One Systems
Team-id- SdMay11-04
Project Goals and System Diagram Design a Lithium Ion Battery Charger that is capable of safely
charging 16 parallel packs of 90 cells in series.
Successfully build a small scale 18 cell charger that is capable of monitoring and balancing the scaled down system.