The conceptual 'MOVINGENIUS' intelligent electric vehicle has been designed by Mohammad Ghezel as a revolutionary approach to urban transportation that will change according to the needs of the passenger(s). Featuring solar panels on the roof and two battery packs, the vehicle is capable of running without the need for traditional charging (unless required) to keep it going for extended periods without downtime. The autonomous design of the vehicle will automatically detect any obstacles on the road including pedestrians and other cars to let it easily glide through urban environments in a safe, effective manner.
The conceptual 'MOVINGENIUS' intelligent electric vehicle also features windows that will automatically or manually change to translucent or transparent depending on conditions and has a self-healing exterior paint to repair damage.
What's Driving This Trend
- Intelligent Electric Vehicles
- Disruptive innovation opportunities include developing more advanced autonomous features and integrating renewable energy sources for extended range.
- Adaptive Transportation Systems
- Disruptive innovation opportunities include creating vehicles that can adapt to different passenger needs and environments, improving safety and efficiency.
- Self-healing Materials
- Disruptive innovation opportunities include exploring self-healing technologies for vehicles to improve durability and reduce maintenance costs.
Who This Affects Most
- Automotive Industry
- Disruptive innovation opportunities include developing intelligent electric vehicle technology and integrating advanced safety features.
- Renewable Energy Industry
- Disruptive innovation opportunities include integrating solar panels into vehicles and optimizing energy storage solutions for extended range.
- Materials Science Industry
- Disruptive innovation opportunities include researching and developing self-healing materials for use in various applications, including automotive and transportation sectors.
