Description
Program outcomes
Requirements
Syllabus
- 61 Lessons
- 19:35:00 Hours
- Introduction to energy requirements in EV00:11:00
- Global energy situation – energy security00:17:00
- Industry 4.0 Energy Management00:17:00
- Type of Energy Storage System00:17:00
- Battery Terminology00:18:00
- Control Strategy of HEV00:21:00
- Regenerative braking System00:16:00
- Kinetic Energy Recovery System00:17:00
- Improve Vehicle Performance and Fuel/Energy Consumption00:22:00
- Optimization of Power Train and Control Strategy of a Hybrid Electric Vehicle for Maximum Energy Economy00:16:00
- Capacitors for Automobiles00:21:00
- Super capacitor00:29:00
- Ceramic Capacitors00:18:00
- KCM Series Capacitor / EVC Series Capacitor and other components00:17:00
- Case Study - Electric Vehicle Charging through micro grids00:14:00
- Introduction to Fuel Cell & Types00:15:00
- Basic Structure of fuel cell00:14:00
- Properties and Use of Fuel Cell00:13:00
- Fuel Cell Technology and System00:11:00
- Fuel Cell Engine Safety00:16:00
- Fuel Cell Hybrid Electric Vehicle00:17:00
- Performance Comparison - Energy Management based ( Comparative Study)00:20:00
- Acts, Codes, Regulations, and Guidelines00:18:00
- Glossary and Conversions00:16:00
- Case Study - BMW I Hydrogen Next00:14:00
- Future of Batteries00:15:00
- Metal air batteries00:08:00
- Glass Battery00:06:00
- Sodium ion battery00:07:00
- Difference between a DIY pack and an industry-grade battery pack00:16:00
- Type of cooling mechanism you need for Battery pack00:12:00
- Thermal modelling of a Battery pack01:00:00
- Failure Mode Analysis for Battery00:12:00
- Battery Performance Index00:13:00
- Case Study on NISSAN LEAF/ Tesla Battery Technology00:28:00
- Validation of EV in India00:09:00
- Validation of Battery as per ARAI00:18:00
- Li-Ion Battery for EV (Parameter )00:30:00
- Calculation for Battery ( Motor Selection, Voltage , WLTP, Capacity & Configuration)00:30:00
- Sensors & Telemetry for Battery Pack00:32:00
- Data Validation and Cooling System00:30:00
- BMS & Battery Pack Integration00:40:00
- Cell Balancing00:43:00
- Role of BMS, Block Diagram and architecture00:13:00
- Battery Charger Circuit using MATLAB Simulink00:24:00
- Motor and Controller Calculation01:14:00
- Application Specific IC (ASIC)00:17:00
- Design of Batteries00:18:00
- Electrochemistry of Batteries00:13:00
- Lead acid batteries Chemistry00:14:00
- Advanced Electrolytes and Recent Development00:15:00
- Comparison between different batteries00:09:00
- Structures used in Cathodes00:10:00
- Types of Coolant used for the Batteries system00:12:00
- Battery 2nd Life00:12:00
- Battery based Energy storage and its analysis00:18:00
- Fuel cell based energy storage and its analysis00:21:00
- Flywheel based energy storage00:16:00
- Energy Generation Through Renewable Sources00:20:00
- Use of Artificial Intelligence(AI)& IOT in Energy Management00:20:00
- Case Study - Energy Management Solar Electric Vehicle00:15:00
Program outcomes
About instructor
Name : ISIEINDIA E-LEARNING
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