The market for sustainable energy is only increasing despite the current low-cost of oil, which is evident with this wind turbine design aptly titled the Segmented Ultralight Morphing Rotor (SUMR). Packing the functionality to fold up during inclement weather to help prevent damage to the delicate blades, the SUMR also offers additional benefits to brands and consumers. The segmented design aesthetic of the SUMR blades allows them to be manufactured pieces and transported accordingly, which solves the problem of having to build and transport traditionally awkward wind turbine blades.
With energy demands increasing and consumers expecting brands to create and/or power devices with sustainable energy, the SUMR wind turbine design could revolutionize the renewable energy market.
Folding Wind Turbine Designs
The Segmented Ultralight Morphing Rotor Could Fold Up During Storms
Trend Themes
1. Segmented Wind Turbines - The segmented design allows for easier transportation and solves the problem of traditionally awkward wind turbine blades.
2. Foldable Wind Turbines - The technology to fold up during storms that could damage blades presents disruption for the future of sustainable energy.
3. Morphing Wind Turbines - The ability to adjust and adapt to weather conditions is a notable innovation in sustainable energy technology.
Industry Implications
1. Wind Energy - The SUMR wind turbine design has the potential to revolutionize the renewable energy market, and is of particular relevance to the wind energy sector.
2. Transportation - The segmented design of the SUMR wind turbine could be applied to transportation and logistics industries for efficient transportation of large objects.
3. Engineering - The engineering industry could benefit from the innovation of foldable and segmented wind turbines as it re-thinks how to design objects for inclement weather.