The 'SolarStratos' plane has been developed by Raphaël Domjan as a futuristic two-person aircraft that would provide a new approach to flying and eliminate the need for any traditional fuel. Completely solar-powered, the plane features solar panels integrated into the wings developed by SunPower and is capable of drawing energy from the sun as it flies to power the 20 kWh battery pack. The plane is capable of flying at heights of up to 25,000 meters for improved efficiency and doesn't require much power when in operation to further save energy.
The 'SolarStratos' plane identifies what can be done to curb emissions when it comes to aerial transportation and could help to radically change how we think about international travel in the future.
Efficient Low-Energy Planes
The 'SolarStratos' Plane Flies Higher and Requires Less Power
Trend Themes
1. High-altitude Solar-powered Flying - The SolarStratos plane demonstrates the potential for efficient, low-energy flying using solar panels integrated into wings.
2. Elimination of Traditional Fuel in Aviation - The SolarStratos plane showcases the disruptive innovation opportunity of developing aircraft that do not rely on traditional fuel sources.
3. Energy-efficient Aerial Transportation - The SolarStratos plane highlights the trend of designing planes that require less power to operate, contributing to energy conservation.
Industry Implications
1. Aerospace - The aerospace industry can explore the incorporation of solar-powered technology in planes for enhanced efficiency and reduced environmental impact.
2. Renewable Energy - The renewable energy sector can leverage the SolarStratos plane as an example of using solar panels for novel applications, like aerial transportation.
3. Sustainable Tourism - The sustainable tourism industry can consider the adoption of energy-efficient planes like the SolarStratos to offer eco-friendly travel experiences.