Ultralight solar cells: the future of photovoltaics is as thin as a hair
Solar energy is dressed in nanotechnology: ultra-light cells ready to transform any surface into an energy source
Solar energy is dressed in nanotechnology: ultra-light cells ready to transform any surface into an energy source
Semi-transparent solar cells debunk all negative myths about their work, and are preparing to cover greenhouses all over the world.
Solar cells printed directly on the steel of the roofs of buildings: here is a very promising three-year project in the UK
A new type of solar cells will make it possible to power the new lunar settlements, also exploiting the materials on site.
From Norway comes the news of new nanowire semiconductors, which improve the efficiency of modern solar cells
With the long lifespan achieved, the solar cells are finally on the way to building solar windows that will transform the collection of photovoltaic energy.
Recovering waste heat from solar cells to produce energy and increase their efficiency? You can!
Transparent solar cells as greenhouse roofs? An idea that moves from practicability to necessity. They could completely reduce energy consumption and make greenhouses completely self-sufficient.
One day we may literally “grow” our own energy by watering and nourishing our biological solar cells.
The future will be made of solar cells, yes, but super light and very small. In fact, MIT researchers announced to the world that they had created the lightest and thinnest solar cell ever, which could easily be placed on any material and surface, such as t-shirts, smartphones and sheets of paper. To always have a clean energy source. To show everyone that the cells are really very light, scientists placed the solar cell on a soap bubble, without ... Read more
Rub, blow, clean, repeat. It is the dance of the wind and self-cleaning solar panels for record energy yield.
The hemispherical solar cell presents a 66% increase in light absorption compared to flat structures: a new frontier for renewable energy
The new Dutch solar cycle paths use innovative solar panels, resistant to traffic and wear, offering clean and sustainable energy.
Roofit.Solar leads the charge for affordable solar roofs: a mix of advanced technology and sophisticated design, strength and aesthetics.
A study of 100 cities around the world reveals that solar cars could offer between 11 and 29 km of range per day, reducing charging needs by 50%
A French startup wants to change the rules of the game with an innovative solution for recycling solar panels, giving new life to precious materials.
The new EnFoil solar panels open up unexpected horizons in the use of solar cells. The future is a blank sheet of paper. Literally.
Self-sufficient and innovative homes: from design to insulation, the future of living is surprising.
MIT and Fraunhofer IWS Introduce Breakthrough Technologies for Self-Cleaning Solar Panels. It's an extraordinary step forward.
An important advance in the field of photovoltaics: self-cleaning panels will allow larger systems and greater efficiency.
Ferroelectric crystals arranged in a lattice with three different materials can increase the photovoltaic effect up to 1000 times.