SunHydrogen, solar panel that produces hydrogen day and night
A solar panel with billions of nanoparticles Hydropanels: SunHydrogen's bet for a sustainable revolution in the energy sector
A solar panel with billions of nanoparticles Hydropanels: SunHydrogen's bet for a sustainable revolution in the energy sector
the iPyramid-1P produces electricity and heat with an efficiency of up to 85%, half the space and an 80% cut in CO₂ emissions
Clean energy, dirty future? Threats of cyber crime are increasing, and hackers are also starting to target photovoltaic systems
From MIT comes a green revolution: solar cells as thin as a sheet of paper and printable on practically any surface
A small fascinating journey into photovoltaic technology, which aims to make the sun the energy resource of the future.
Self-sufficient and innovative homes: from design to insulation, the future of living is surprising.
In just a few years in Italy the number of renewable energy communities has increased significantly, particularly in the central and northern realities, with a greater diffusion detected in small municipalities.
MIT and Fraunhofer IWS Introduce Breakthrough Technologies for Self-Cleaning Solar Panels. It's an extraordinary step forward.
Erthos, an American startup, has developed a new method of installing solar systems directly on the ground: it promises great benefits.
PowerNEST is a combined solution that produces up to 10 times the energy of photovoltaics, silently and also using the wind.
An important advance in the field of photovoltaics: self-cleaning panels will allow larger systems and greater efficiency.
The brain is essential for governing the human body, as it is responsible for regulating all vital functions and controlling movements. Could we do without it? The question is rhetorical. And it is even if we apply the same scheme to energy, especially in a period in which aspects linked to consumption are crucial. To govern energy performance and energy consumption, the presence of an Energy Smart System has become essential. The mind of energy If I had to explain in… Read more
Integrating solar panels in the pavement: more and more photovoltaics of this type are being produced, both for urban and private areas. What do you think?
An integrated construction and logistics system allows foldable solar parks to be deployed in seven days, with an installation team 10 to 100 times smaller.
Ferroelectric crystals arranged in a lattice with three different materials can increase the photovoltaic effect up to 1000 times.
An integrated energy "cube" adds wind and solar power to increase energy by 40% for the same surface area.
A wall covering capable of exploiting solar energy without using photovoltaic panels? Check.
All the roads (economic, climatic, geopolitical) seem to say that natural gas will be a memory in Europe. The figures from a recently released study are merciless.
They take up only 10% of the space needed for solar panels and generate energy around the clock in any weather.
A special wall (first funded and then inexplicably neglected) invented by a Hungarian architect could come in handy today.
This electric micro camper has some really intriguing features. And it's shorter than my small car! Meet XBUS.