Do you know why Li-ion Cell Chemistry is the ideal option for Mobility applications? And on the other hand, Li-ion Cell Chemistry is more complex because of its non-linear behavior. Without the proper electronics (BMS) Li-ion cells can degrade faster, catch fire, or may even become useless for any applications. 

This certification course will help you gain all that insights on Li-ion electrochemistry, cell construction, cell voltage, cell capacity, methods for li-ion cell modeling & simulation. cell protection and Battery Management System. 

Course contact & flow:

1. Li-Ion Cell Pros & Cons

1. Specific Energy density comparison 
2. Volumetric Energy density comparison
3. Cycle life
4. Charge & Discharge efficiency
5. Self-discharge
6. Sensitivity to voltage
7. Sensitivity to current
8. Sensitivity to Temperature 
9. Fire hazards

2. Li-ion cell chemistry

1. Examples of various li-ion cell chemistries 
2. Cell voltage calculations 
3. Cell capacity calculations

3. Reading the cell sheet 

1. Open Circuit voltage
2. Terminal Voltage
3. Under & Overvoltage
4. Cell capacity
5. Crating (Discharge & Charge)
6. Internal Resistance 
7. Operating Temperature

4. Example of building an Ather 450 battery pack (2.4kW & 51.5V)

1. NMC 
2. NCA/LFP/LTO
3. Discussion on Number of cells in series & parallel, pack volume, mass & more

5. studying the complexity of Li-ion cell by 

1. Real-time testing
2. modeling & simulation 

1. Equivalent Circuit Model
2. Electrochemical Model
3. Pros and Cons of Real-Time testing Vs Simulation

Note: The course will be valid for 7 days from the date of enrollment.