Future of Energy

Wind Turbines Once Had One Job: Generate Power. Now Engineers Want Them to House the Brains the Grid Can No Longer Feed A startup is betting that the freezing water beneath floating turbines can solve AI's biggest power and cooling problem.

The Future of Offshore Wind Farm Grid-Forming Technology: Smarter, Stable, Sustainable Technology to stabilise wind power

Unlocking Clean Hydrogen: Berlin Scientists Crack the Code of Water Splitting Germans organise hydrolysis for better hydrogen production

NEW on Ethex!

We've just launched the Bath & West Community Energy IFISA bond offer, allowing you to invest to support the construction of the Fairy Hill solar park.

This is an exciting opportunity to support one of the UK's most established community energy groups and put your money to work for positive climate action! Got some 25/26 ISA allowance to use? This is a chance to make it work for good.

Check out their profile: https://www.ethex.org.uk/invest/bath-and-west-community-energy



don't invest unless you're prepared to lose all the money you invest

Solar-to-X could redefine Iran’s energy future Iran is widely known for its oil and gas resources, but its strongest long-term energy asset may be the sun. New research shows how solar PV could drive a cost-competitive transition across power, heat, transport, industry, and desalination, while opening the door to a broader Solar-to-X Economy.

How Finland is Quietly Leading in Renewable Energy Integration Finland is reshaping energy integration

Hermoso

Smooth, sunlit, and quietly ambitious — in Spain, the road beneath your tires may soon power the world above it.

Researchers are developing solar roads made of reinforced panels that capture sunlight and convert it into electricity, all while supporting the weight and wear of everyday traffic. These surfaces are built to endure — rain, heat, and rumbling trucks — without cracking under pressure. As vehicles pass overhead, clean energy flows beneath, lighting streetlamps, homes, and even charging electric cars nearby.

With each mile laid, these roads shift the future forward — proving that even the path we travel can become part of the power we need.

Researchers' reliable electric-hydrogen charging station for EVs.

Electric-Hydrogen Stations for Resilient Energy Researchers develop a resilient electric-hydrogen charging station for EVs.

The clean revolution could be powered by something smaller than a human hair.

👩‍🔬 Scientists are developing nanowires—tiny semiconductor structures that absorb light better, move charges faster, and speed up chemical reactions.

The result?
✅ More efficient solar power
✅ Cleaner hydrogen fuels
✅ Faster, longer-lasting batteries

It’s proof that when it comes to , small really can be mighty. 🌍💡

Nanowires: Tiny Structures With Big Energy Potential Nanowires for energy storage

How materials carved with lasers make solar thermoelectric generators viable:

How a Laser Trick Supercharged Solar Thermoelectrics by 15× Ultra-fast femtosecond lasers make solar thermoelectrics 15 times more effective

Unlocking the Power of Sunlight: A New Leap for Green Hydrogen Hydrogen is often hailed as the clean fuel of the future, but making it sustainably is a puzzle that researchers worldwide are racing to solve. Splitting water into hydrogen and oxygen with dayligh…