Solar Powered Electric Vehicle with AI Integration

 

Visual Abstract Image

 

Objectives

1. Reduce Environmental Pollution
   To minimize carbon emissions and dependence on fossil fuels.
2. Develop an Eco-Friendly Transportation System
   To design a vehicle that supports green mobility and sustainable development.
3. Enhance Energy Efficiency
   To optimize the conversion of solar energy into usable electrical power.
4. Lower Operating Cost
   To reduce fuel and electricity expenses through solar charging.
5. Encourage Technological Innovation
   To apply modern technologies such as photovoltaic cells, batteries, and motor controllers.

Issues

1. Limited Power Generation
   Solar panels generate limited energy, especially in cloudy or rainy weather.
2. Low Energy Conversion Efficiency
   Present solar cells have efficiency limitations (typically 15%–25%).
3. High Initial Cost
   Quality solar panels, batteries, and controllers increase project cost.
4. Battery Storage Constraints
   Batteries have limited capacity, charging time, and lifespan.
5. Weight Management
   Additional components increase vehicle weight, affecting performance.

 

Team Lead

Dr. Vikas Khare, Associate Dean STME, NMIMS, INDORE

Vikas.khare@nmims.edu

Team Members

1. Name: Dr. Ankur Ratmele
   Assistant Professor, STME, NMIMS INDORE

Email ID:ankur.ratmele@nmims.edu

2. Name: Dr. Abhaydeep Seth
   Assistant Professor, STME, NMIMS INDORE

Email ID:abhaydeep.seth@nmims.edu

3. Name: Dr. Shruti Sharma
   Assistant Professor, STME, NMIMS INDORE

Email ID:shruti.sharma@nmims.edu