Peugeot ELA is Mohammad Ghezel's hybrid vehicle that will rely on an electromagnet and solar energy to navigate friction-free over a thin surface of air. It uses no tires and no petroleum-based fuels, but it is waiting for road surfaces that conform to the electro magnet technology used in Japanese bullet trains to help move it around.
Solar cells on the roof of the Peugeot ELA are complemented by its bright orange color and polished industrial style.
Why This Trend Is Growing
- Friction-free Technology
- The Peugeot ELA's use of electromagnet technology to navigate friction-free opens up opportunities for industries to develop new transportation systems.
- Solar-powered Vehicles
- The integration of solar cells in the Peugeot ELA demonstrates the potential for industries to explore solar energy as a sustainable power source for vehicles.
- Alternative Fuel Solutions
- The Peugeot ELA's avoidance of petroleum-based fuels paves the way for industries to invest in alternative fuel technologies and eco-friendly transportation.
Industries Being Reshaped
- Automotive
- The automotive industry can explore the development of friction-free technologies for more efficient and sustainable vehicles.
- Renewable Energy
- The renewable energy industry can capitalize on the integration of solar cells in vehicles and further innovate in the field of sustainable power sources.
- Transportation Infrastructure
- The transportation infrastructure industry could invest in the development of road surfaces that conform to electromagnet technology, enabling friction-free transportation.
