Find uplifting stories about heroes, innovations, and solutions
18022 results for "solar research"
Engineers at the University of New South Wales just pushed a promising solar technology past a barrier that stumped researchers since 2020. Their breakthrough could help create the next generation of solar panels that capture even more sunlight.
Japanese researchers just set a world record for a new type of solar cell that could make future solar panels cheaper and more powerful. The breakthrough brings us closer to next-generation solar technology that captures more sunlight.
Researchers at Empa have cracked the code on why promising solar technologies fail to reach consumers, offering a roadmap that could finally bring next-generation solar cells to rooftops worldwide. Their solution: stop chasing efficiency records and start solving real-world problems earlier.
Australian researchers discovered that silicon solar cells naturally repair themselves after UV damage when exposed to regular sunlight. The breakthrough could help manufacturers build longer-lasting solar panels and predict their true lifespan.
Australian engineers just cracked a solar energy puzzle that stumped researchers for four years, pushing a promising new material past the critical 10% efficiency mark. The breakthrough could help power the next generation of super-thin, ultra-efficient solar panels.
Chinese researchers just solved solar energy's biggest manufacturing puzzle, creating large panels that keep nearly all their power. Their invention could finally make ultra-efficient perovskite solar panels affordable for homes everywhere.
Scientists in Iraq copied leaf vein patterns to cool solar panels, achieving a 33.6°C temperature drop using only passive airflow. The nature-inspired design rivals water-based cooling systems without consuming any energy or water.
New research shows Poland can maintain steady employment for the next 15 years as solar jobs replace coal mining positions. The country's clean energy transition could create up to 40,000 stable solar industry jobs while reducing dependence on coal power.
A floating solar farm off Taiwan's coast produces 12% more electricity than land-based solar panels, offering a breakthrough for space-strapped nations. The ocean installation also delivers higher profits while cutting emissions.
New research using artificial intelligence shows we can reach net-zero emissions without covering farmland in solar panels. The secret? Rooftops, brownfields, and smarter design.
Researchers in Brazil have cracked the code for converting standard solar panels into hybrid systems that capture both electricity and heat, potentially doubling energy output. While technical challenges remain, the breakthrough opens new doors for affordable clean energy upgrades.
Researchers at the National University of Singapore built a paper-thin solar cell that's flexible enough to bend and efficient enough to power everything from wearable devices to drones. The breakthrough could bring clean energy to places traditional panels can't reach.
Researchers in India just designed a solar cell that could hit nearly 30% efficiency without toxic materials. The breakthrough uses indium oxide to make clean energy cheaper and safer.
Researchers finally solved why perovskite solar cells match silicon's efficiency despite being made from structurally imperfect materials. The discovery could revolutionize how we make affordable clean energy.
Chinese researchers just broke the world record for kesterite solar cells, reaching over 15% efficiency with materials that could make solar power cheaper for millions. The breakthrough solves a key problem that has limited these earth-abundant solar panels for years.
Chinese solar company LONGi just shattered the world record for silicon solar cell efficiency, reaching 28.13% in tests verified by independent German researchers. The breakthrough could make solar power cheaper and more practical for homes and businesses worldwide.
South Korean researchers just solved one of solar energy's biggest manufacturing challenges, creating a larger solar panel that keeps nearly all its power output. Their simple tweak could finally make next-generation solar cells affordable for everyone.
Scientists just solved a major solar panel manufacturing problem that was blocking the path to ultra-efficient solar cells. Their breakthrough brings silicon solar technology closer than ever to its maximum possible efficiency.
Japanese researchers have designed a molecule that builds its own solar cell structures, skipping the tricky manufacturing steps that have held back flexible solar power. This breakthrough could lead to solar panels you can print on windows or even wear on your clothes.
Researchers at Cambridge discovered that molecular vibrations can launch electrons across solar materials in just 18 femtoseconds, opening doors to cheaper and more efficient solar panels. This breakthrough could transform how we harness energy from the sun.
Showing 20 of 18022