Chinese Solar Cell Success Makes Longer-Lasting Layered Light Harvesters
Combining 2D and 3D Structures Advances Perovskite Durability
Tag: solar energy
Effective Hydrogen Production with Cheaper, Less Efficient Solar Materials
Even Cheaper, Less Effective Solar Materials Could Drive Clean Hydrogen
Filling the Gaps in Solar Cell Performance: A Canadian Advance
Improving perovskites is literally a two-way process
How Perovskite Solar Cells Advance Green Hydrogen Production
New tech makes it more feasible to make green hydrogen from solar power
Designing Solar for Every Climate: How Tailored Strategies Boost Performance Worldwide
Designing solar for every climate
New Tool Maximises Solar Efficiency in Northern Cities
Montréal research finds way to maximise solar panels’ access to the Sun in Northern latitudes?
The Unsung Heroes of the Grid: Why Synchronous Condensers Might Be the Key to Our Renewable Future
This Unsung Hero of the Grid Could be the Backbone of our Renewable Future
Copper Can Replace Rare Earth Chemicals That Bottleneck Renewables
How Copper-Powered Chemistry Can Lift Limit to Scaling Up Renewables
Supercritical CO₂ vs. Steam: Is the Future of Solar Thermal Power Already Here?
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?
The Solar Gamble That Isn’t Paying Off — Yet
The supercritical carbon dioxide (sCO₂) power cycle may not be worthwhile
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