A new invention from MIT offers us an alternative to classic solar energy devices.
Los current possibilities of science go hand in hand with imagination and the capacity of our technology to reproduce increasingly interesting and original concepts. Solar panels are populating more and more buildings and houses around the world, maybe you should know which are the 5 appliances that consume the most in your home, showing that there is a more efficient and environmentally friendly way to provide energy to homes and businesses. In this case, it seems that from United States they come to us good news for him development of solar energy worldwide.
These are the stickers that double as portable solar panels. MIT News
The solar stickers that can solve complicated situations in remote regions
It has been recently, in a information published in the digital magazine Small Methodsthat we have been able to know the research by a group of scientists of the prestigious Massachusetts Institute of Technologywho have been able to develop some solar panelsin form of sticker, as fine as a human hair. This invention is capable of deliver up to 18 times more energy per kilogram than any traditional solar panel and, furthermore, it has the advantage of being able to be more easily attached than these to any type of structure.
One of the uses that research emphasizes the most is using these solar stickers in emergency situations, where the use of energy sources is required that would otherwise be impossible to reach certain areas. Their weight es 100 times less than ordinary solar panels and are made with a type of semiconductor inkwhose creation process, in the future, might be replicated to be mass produced.
Given its size and functionalitythese adhesive solar panels They may be usedfor example, in the candles of a boat, in tents in rescue operations in the mountains or in the drone wingsin order to extend their range so that they stay in the air for longer. Mayuran Saravanapavanantham is one of the authors of the research and affirmsin statements collected in MIT Newswhat:
A rooftop solar installation in Massachusetts is approaching 8,000 watts. To generate that amount of power, our solar panels would only add 20 kilograms to the roof. We are working to remove as much non-solar active material as possible, while maintaining the form factor and performance of these ultralight and flexible structures.
