Not only are these decorative solar panels pretty, they also work indoors. Based in Finland, the VTT Technical Research Centre can print a maximum of 100 meters of organic solar paneling in just one minute.
This innovation in solar energy generates power from the sun's rays well as light sources inside. The mass production printing process uses 0.2mm thick flexible photovoltaic paneling that's able to have patterns printed on it. Capable of being functional and a design element, the decorative solar panels can be used to power small sensors and electronic devices.
In addition to being placed on walls and windows, the panels can be stuck to everything from billboards and print ads to equipment and machinery.
What's Driving This Trend
- Decorative Solar Panels
- The trend of incorporating solar panels into decorative objects and surfaces creates opportunities for innovative and aesthetically pleasing renewable energy solutions.
- Indoor Solar Power Generation
- The trend of generating solar power indoors expands the possibilities for utilizing renewable energy sources in various indoor environments.
- Mass Production of Organic Solar Paneling
- The trend of mass producing organic solar paneling with printing technology enables cost-effective and customizable renewable energy solutions.
Who This Affects Most
- Renewable Energy
- The renewable energy industry can leverage decorative solar panels and indoor solar power generation to offer innovative and sustainable energy solutions.
- Interior Design
- The interior design industry can incorporate decorative solar panels into their designs to create visually appealing and eco-friendly spaces.
- Printing Technology
- The printing technology industry can explore the mass production of organic solar paneling to develop efficient and scalable methods for producing renewable energy solutions.
