As modern infrastructure needs expand and city inhabitants seek out new forms of transportation, innovations like the mö solar electricity velomobile are being observed.
A three-wheeled vehicle that enables two riders to cruise comfortably through a city, the mö eco mobile can be powered either by the sun via the incorporated solar panels on the roof or the interior bicycle pedals.
Designed by Spain-based evovelo, the mö is capable of traveling up to 31mph with a similar range of about 30-miles. The regenerative brake system allows the energy that's exerted during braking to be sent back to the motor for utilization.
The mö velomobile could help to transform preconceptions about how consumers in cities can get around without needing to stop at the pump.
Multi-Power Eco Vehicles
The mö Solar Electricity Velomobile Can be Powered by the Sun or Humans
Trend Themes
1. Eco-friendly Transportation - The mö Solar Electricity Velomobile demonstrates the trend of eco-friendly transportation by utilizing solar power and human energy for propulsion.
2. Renewable Energy Integration - The mö velomobile showcases the trend of renewable energy integration by incorporating solar panels on the roof to power the vehicle.
3. Regenerative Braking Systems - The mö velomobile highlights the trend of regenerative braking systems, which allows the vehicle to convert braking energy into usable power for the motor.
Industry Implications
1. Green Transportation - The mö Solar Electricity Velomobile represents a disruptive innovation opportunity in the green transportation industry by providing a sustainable and efficient mode of transport.
2. Renewable Energy - The mö velomobile presents a disruptive innovation opportunity in the renewable energy industry as it utilizes solar power for mobility, showcasing the potential for solar energy integration in various applications.
3. Automotive Engineering - The mö velomobile offers a disruptive innovation opportunity in the field of automotive engineering with its regenerative braking system, demonstrating new possibilities for energy-efficient vehicle designs.