Renewable energy is about to become a part of our daily lives, with a host of new power-generating surfaces such as windows or canopies
These flexible solar panels are made of high-efficiency silicon, like standard panels, but feature a new shape that makes them revolutionary. Let us show you how.
Water shortage and drought-related cultivation issues may find an opponent in this revolutionary greenhouse which is already growing thousands of kilos of tomatoes in Australia.
In France, the first solar road in the world is already operating at full capacity.
These solar tiles could be the answer to the issue of the outrageous visual impact caused by photovoltaic panels in heritage buildings.
It's a prototype capable of extracting three litres of water every 12 hours from environments with a humidity of just between 20 and 30%.
Solar trees inspired by the Fibonacci spiral, wind turbines that learn from whales, or solar panels based on butterflies are some examples.
An innovative technology expands the potential of solar energy to produce electricity even at night.
The Balearic Islands in Spain will host a pioneering project to revolutionize how we produce and consume renewable energy.
Solar ship sails or tents are some of the applications of these ultra-thin and unprecedentedly efficient photovoltaic panels.
A solar plant built with materials obtained from recycled wind turbine blades illustrates the transition from renewable energy to the circular economy.
The world's first sand battery is already operating in Finland, supplying heat to residential and office buildings in the city of Kankaanpää.
A U.S. researcher has tapped into the potential of plant molecules to develop more efficient and literally green photovoltaic panels.
Wind farms and photovoltaic plants in the same space optimize the use of the electricity grid, reduce the environmental footprint of infrastructures, and boost renewable energy output.
The carbon-positive building will automatically seek the best orientation towards the sun and integrate new ventilation solutions to adapt to climate change.
A pioneering technology increases the efficiency of solar stills by 50 % thanks to fruit waste such as banana peels and a state-of-the-art material.
The new low-cost autoclave will sterilize medical tools in areas lacking access to the electrical grid.
