Recent Trends and Challenges on Integration of Power Converters with Electric Vehicles 2024

In the transportation sector, the EVs act as an emerging approach and an alternative technology, this can alleviate the non-renewable fossil fuel dependency. Lower operating costs, better fuel economy with reduced carbon emissions are the reasons for higher preferences of EVs. Advancements in EV charging technology based on converter topologies contribute towards many significant benefits of EVs over many other traditional clean energy applications. Despite several developments in EV technology, there are still some potential barriers including charging infrastructure, a suitable design of battery chargers (converter topologies), and battery degradation and driving range issues for widespread adoption. This FDP is mainly focusing on the Design challenges of power electronic converters and its integration to Renewable energy and EVs using MATLAB simulations.

COURSE CONTENT:
1.Electric Vehicles Fundamentals
2.Electric Mobility Technology and Policy Overview in India
3.Electric Vehicle Charging Fundamentals
4. Importance of Hybrid Energy Storage System in EVs
5.An optimal cell balancing mechanism for EVs
6.Battery Management Systems for EVs
7.Integration of AIML algorithms in EV Technology
8.Current Challenges and Future Solutions in Traction Motor design for EVs
9.Fast charging thermal management system for Electric Vehicles
10.Digital Twins for EV charging Stations

COURSE CONTENT:
1.Electric Vehicles Fundamentals
2.Electric Mobility Technology and Policy Overview in India
3.Electric Vehicle Charging Fundamentals
4. Importance of Hybrid Energy Storage System in EVs
5.An optimal cell balancing mechanism for EVs
6.Battery Management Systems for EVs
7.Integration of AIML algorithms in EV Technology
8.Current Challenges and Future Solutions in Traction Motor design for EVs
9.Fast charging thermal management system for Electric Vehicles
10.Digital Twins for EV charging Stations

16/3/24

Rs. 500/-