Read the latest positive news, breakthroughs, and inspiring stories about hydrogen storage, curated daily by BrightWire.
Scientists say a breakthrough in metal design could help Africa transform from exporting raw minerals to leading the clean energy revolution. The key is high-entropy alloys that store hydrogen fuel.
A Pakistani physics graduate is pioneering hydrogen storage research that could transform the country's energy future. Her work proves Pakistan's universities can compete globally in clean energy innovation.
A rural electric cooperative in northern New Mexico has spent a decade showing that small communities can lead the clean energy transition without sacrificing affordability or reliability. Now they're tackling the next challenge: storing renewable power for when the sun doesn't shine and the wind doesn't blow.
China just activated its first large-scale underground hydrogen storage system, capable of holding enough clean fuel to power thousands of homes. The breakthrough could help the country store surplus solar and wind energy for when it's needed most.
A Japanese company just proved buildings can run entirely on sunshine, even in winter, by storing summer solar energy as hydrogen. The breakthrough could help cities go carbon-free without sacrificing reliability.
A Norwegian company just secured €15 million to bring year-round solar power to homes by storing summer sunshine as solid hydrogen. Instead of batteries that last hours, this system holds enough energy to heat your house through winter.
A Stony Brook researcher has developed a safer way to store hydrogen fuel using existing gas pipelines, transforming clean energy from a distant dream into near-term reality. Her system could unlock the potential of green hydrogen across transportation, industry, and power generation.
A massive renewable energy project in Utah is about to start producing enough green hydrogen to power California when the grid needs it most. The facility can store more energy than every battery in America combined.
Scientists drilled 3 kilometers into outback Queensland to test salt caves that could power 20 million homes daily. The underground hydrogen storage system could solve Australia's renewable energy challenge without building massive surface batteries.