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72 results for "renewable technology"
Japan just committed $7.3 billion to develop solar panels that generate power even when it's raining. The breakthrough technology turns water from a weakness into a strength, producing electricity from both sunshine and raindrops.
Spanish scientists created a breakthrough coating that lets solar panels absorb 99.8% of light at key wavelengths, making clean energy even more efficient. The innovation solves a puzzle that's stumped researchers for years: how to make panels super-efficient without sacrificing durability.
The world is moving from an era where power comes from controlling fossil fuels to one where it comes from building and sharing technology. This transition could fundamentally change which countries and communities hold influence on the world stage.
American researchers just cracked a major barrier in making solar panels more affordable, achieving 24.3% efficiency using copper instead of expensive silver. The breakthrough could slash solar costs while maintaining near-identical performance.
German scientists just figured out how to make solar panels work with 90% less silver, tackling one of the industry's biggest cost challenges. The innovation could make clean energy cheaper and more sustainable within three years.
Britain's clean energy agency just invested in ITM Power to build next-generation hydrogen technology that could transform how industries power themselves. The deal will create jobs and boost UK manufacturing while making green hydrogen cheaper and more efficient.
Scientists have cracked the code on making solar panels even more efficient using laser technology that could push performance beyond 26%. The breakthrough could help today's most common solar cells compete with cutting-edge designs.
Scientists at Oak Ridge National Laboratory created a breakthrough method that turns ethanol into jet fuel in just one step, potentially making sustainable aviation fuel affordable enough for airlines worldwide. The technology could help meet aviation's massive fuel needs while cutting emissions.
Scientists discovered that solar panels have tripled their power output per pound since the early 2000s, transforming bulky rooftop fixtures into sleek powerhouses ready for everything from space missions to portable chargers. This breakthrough opens doors to solar energy in places we never thought possible.
Scientists in Spain created solar panels that harvest energy from both sunlight and raindrops, producing over 100 volts from a single raindrop's impact. The breakthrough solves a major problem with renewable energy: keeping devices powered when clouds roll in.
An Italian company has laid out an ambitious four-year plan to bring super-efficient perovskite solar panels from the lab to your rooftop. The breakthrough could make clean energy cheaper and more powerful than ever before.
A Dutch company has figured out how to burn powdered iron to create zero-emission energy powerful enough to run factories and rockets. The only byproduct is rust that can be recycled back into fuel.
Scientists in India just cracked a major problem holding back solar panels. Their precision ion beam method creates near-perfect solar cells with dramatically fewer defects than current manufacturing.
Scientists just created flexible solar panels thinner than a human hair that turn sunlight into electricity better than anything before. The bendable cells could soon power everything from curved buildings to portable devices.
Australian researchers created a faster way to test solar panels for long-term durability, cutting testing time from over 1,000 hours to days. The breakthrough helps manufacturers build more reliable renewable energy systems without the wait.
A Luxembourg startup will beam solar energy through space in 2027, bringing the dream of limitless clean power from orbit closer to reality. TerraSpark just raised €5.4 million to prove the technology works beyond Earth.
Scientists in China just created a flexible solar cell thinner than a human hair that converts sunlight into energy better than anything before it. This breakthrough could power everything from smartwatches to curved building windows.
Researchers just cracked a puzzle that has held back solar energy for years: how to make panels more efficient without shortening their lifespan. South Korean scientists achieved both goals at once, bringing cheaper renewable energy closer to reality.
Germany just flipped the switch on a groundbreaking wind farm featuring the world's first ultra-tall turbines designed specifically for areas with lighter winds. The Mahlsdorf project proves that modern technology can squeeze clean energy from places previously considered too calm for wind power.
Scientists created a revolutionary solar panel that converts sunlight to electricity at a record 30% efficiency, matching performance of space-grade cells at a fraction of the cost. The breakthrough could make clean energy dramatically more affordable and accessible worldwide.
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