
CoulombFly, micro solar drone that flies infinitely (when there is sun)
Coulombfly, a micro solar drone developed in China, weighs less than a coin and flies powered by the Sun's energy without ever stopping.
Coulombfly, a micro solar drone developed in China, weighs less than a coin and flies powered by the Sun's energy without ever stopping.
Curious and minimal appearance and photovoltaic panels everywhere: the solar car returns in the form of a City Car, and perhaps it's the right time.
A team at NREL has created a mini solar panel that turns laser light into energy. A small turning point from the many possible applications
You don't need a cable to receive energy from space: at Caltech they have demonstrated that it is possible, transmitting energy to Earth with radio waves.
The tandem solar cell never ceases to amaze: the combination of perovskite and silicon also breaks the 32% efficiency barrier.
Space solar energy, an ambitious project with a prohibitive flavor. Yet there are ready-made projects, and plans proposed by ESA.
Three laboratories around the world are studying a paint that, applied to all surfaces, would allow them to collect energy from the sun.
From an MIT researcher a barbecue able to work thanks to solar energy, even when the sun goes away.
A solar cell created by a team of Stanford University researchers is capable of generating energy even after dark and during the night.
The UK is aiming to build a spacecraft covered in solar panels, which can also bring energy to Earth.
The first detailed investigation of the impact of passive solar reveals surprising results: it's time to open the skylights!
An insect-friendly bridge collects solar energy, and feeds the plants on the side of the road: the Butterfly Effect makes everyone win.
Unlocked only last June, the expected Chinese tests for the technology that will lead to the creation of a space solar power plant by 2030 will start by the end of the year.
Large surfaces, few obstacles and lots of sun: airports can become real energy generators, and an Australian study amply demonstrates this
The largest Danish battery? It is made with basalt stones. Here is the ambitious project that can change the storage of solar and wind energy.
“Smart” urban infrastructures will dominate. Bike paths can become the circulatory system of cities: also for energy.
Solar photovoltaics, undervalued in the forecasts of the best world analysts, is shattering all records. How did he do? I'll tell you everything.
The University of Gothenburg in Sweden has developed an amazing isomer that can store solar energy for a very, very long time.
Solar roads: entire road networks covered with solar panels to power the world! How beautiful. Too bad they are a failure.
Lancaster University almost accidentally discovers a material that could store solar energy and store it for months. Maybe years.
Diviner is a solar, artistic and philosophical project that teaches us the consistency of utopias. To find water everywhere, even where we don't see it.