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9 results for "ocean energy"
Ocean wind power is exploding from $800 million to nearly $34 billion in just nine years, unlocking clean energy in deep waters where traditional turbines can't reach. This breakthrough technology could transform how coastal nations power their futures.
American researchers just created a "digital twin" system that lets engineers perfect tidal turbines before building them, slashing costs and speeding up clean ocean energy. Meanwhile, the largest tidal energy project on Earth is taking shape across the Atlantic.
Researchers have developed aluminum tubes that can't sink, even when punctured and damaged. The breakthrough could unlock a massive source of clean energy from ocean waves.
Scientists just made it easier and cheaper to capture energy from ocean waves, which could power 60% of U.S. electricity needs. A new open-source system called MODAQ 2 gives developers the data they need to turn wave power into a reality.
An underwater turbine in Scotland has operated continuously for six and a half years without a single repair, shattering durability concerns about ocean energy. The breakthrough could unlock a massive new source of clean, predictable power.
Scientists at the University of Rochester created aluminum tubes that can't sink, even when riddled with holes. The breakthrough could revolutionize ship safety and ocean energy harvesting.
Inspired by diving bell spiders, researchers built aluminum tubes that float even when full of holes. The breakthrough could revolutionize ship safety and ocean energy harvesting.
A Swedish ocean energy company just secured funding to bring underwater "kite" turbines to Taiwan's shores. The technology could tap into the island's powerful tidal currents to generate clean, predictable electricity.
A French company borrowed a 7,000-year-old Egyptian design to create a floating wind turbine that's lighter, stronger, and 10% more efficient than traditional offshore models. The pyramid-shaped prototype spreads ocean forces across four supports instead of one.