'Solmove' is a German startup that is currently developing a flexible carpet embedded with solar cells. With countries such as Amsterdam and France already installing solar bike paths and energy-generating pavement, there is a growing demand for more sustainable roadways. This startup is hoping to carry out similar projects in Germany by developing its own solar surface.
Solmove's main project is developing a form of flexible glass carpeting embedded with solar cells. The surface works by deflecting light at different angles so that energy is captured in the cells underneath. The surface is meant to be installed on footpaths, bike lanes and flat roofs in order to generate greater quantities of renewable electricity. This energy could then be used for lighting the street or for traffic management.
With solar panels becoming more efficient and less expensive, there is a growing push to incorporate the technology into existing urban infrastructure.
Solar Cell-Embedded Roads
'Solmove' is Designing a Flexible Glass Carpet Filled with Solar Cells
Trend Themes
1. Solar Roadways - Developing roads, sidewalks, and bike lanes embedded with solar cells to generate renewable energy and promote sustainable transportation.
2. Flexible Glass Carpeting - Innovating a durable, lightweight, and flexible material that seamlessly integrates with urban infrastructure for solar energy generation.
3. Smart Street Lighting - Creating a network of energy-efficient lighting systems powered by solar energy for improved safety and traffic management in urban areas.
Industry Implications
1. Renewable Energy - The renewable energy industry can benefit from the development of solar-powered infrastructure that can generate electricity from existing assets.
2. Transportation - The transportation industry can incorporate solar roadways and bike paths to promote eco-friendly transportation and reduce carbon emissions.
3. Urban Planning - Urban planners can use solar-powered infrastructure for smart cities to improve public safety, traffic flow, and environmental sustainability.