A Hydrogen Lifeline for Rural Living: New Tech Helps Remote Communities Live Clean
How new technology lets remote communities to live ecologically
How new technology lets remote communities to live ecologically
This Unsung Hero of the Grid Could be the Backbone of our Renewable Future
A new study led by researchers at the German Aerospace Center (DLR) and Siemens Energy has delivered a sobering verdict on the future of supercritical carbon dioxide (sCO₂) power cycles in next-generation solar thermal power plants. Despite the theoretical advantages of sCO₂ — higher efficiency, compact design, and faster ramp-up—the research concludes that steam still … Continue reading Supercritical CO₂ vs. Steam: Is the Future of Solar Thermal Power Already Here?
How hydrogen and waste oil make a cleaner fuel for diesel engines
Iceland’s study on hydropower reveals significant carbon emissions differences and emphasizes optimizing existing infrastructure for sustainable energy development.
Researchers have developed a hybrid renewable energy system using wind, geothermal, and tidal sources that generates electricity, heat, fresh water, and hydrogen.
Hybrid hydropower with solar panels points to a smarter future
This nano-catalyst means more efficient hydrogen production
Germany’s sustainable living blueprint.
Research is exploring harvesting solar energy indoors, where light is weaker and comes mainly from artificial sources. This is especially important for the rising number of small electronic devices that need reliable, sustainable power without relying on disposable batteries. A study shows how indoor solar technology can make a major leap forward, achieving an impressive … Continue reading Triple Passivation: A Leap Forward for Indoor Solar Cells