Green hydrogen, generated from renewable energy sources, has the potential to transform agriculture into a more sustainable and emissions-free sector.
A new type of structure will allow floating offshore wind to emerge as one of the renewable energy alternatives of the future.
Solar trees inspired by the Fibonacci spiral, wind turbines that learn from whales, or solar panels based on butterflies are some examples.
Thanks to its microscopic dimensions, this innovative battery will be able to power the microcomputers of the future.
Sustainable aviation is one step closer thanks to green hydrogen airplanes capable of carrying fuel in ultralight graphite tanks.
Railways could soon adopt technological solutions from electric cars, including batteries and artificial intelligence.
MIT researchers create a battery with the consistency of molasses for wind and solar energy storage
In addition to smart clothing and tents, new thread-shaped batteries can be used for 3D printing
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Solar thermal energy, also called solar thermal power or thermoelectric energy, is a renewable energy that uses the heat of the sun to produce clean electricity on a large scale. Like photovoltaic energy, which uses light energy from the sun captured by solar cells, solar thermal technology uses the sun's heat to warm a fluid, produce steam, and generate electricity in a conventional thermal process. There are also several technologies used to produce thermal energy: parabolic trough and central tower, primarily.
Solar thermal energy, also called solar thermal power or thermoelectric energy, is a renewable energy that uses the heat of the sun to produce clean electricity on a large scale. Like photovoltaic energy, which uses light energy from the sun captured by solar cells, solar thermal technology uses the sun's heat to warm a fluid, produce steam, and generate electricity in a conventional thermal process. There are also several technologies used to produce thermal energy: parabolic trough and central tower, primarily.
