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4137 results for "lithium-ion batteries"
Scientists report major advances in sodium-ion batteries that could make energy storage cheaper and more accessible worldwide. The technology uses abundant sodium instead of scarce lithium, opening doors to affordable renewable energy and electric vehicles.
Japanese scientists used supercomputers to solve a major puzzle in sodium-ion batteries, revealing how to make them store energy better and charge faster. This breakthrough brings us closer to having abundant, affordable batteries that don't rely on scarce lithium.
Safe, sustainable zinc batteries have attracted $1.3 billion in investment over five years, with half a dozen factories now under construction. The rechargeable technology offers a nonflammable alternative to lithium-ion batteries, positioning America to lead a booming energy storage market.
The world's largest battery maker just announced sodium-ion batteries will power mass-market cars starting in July, offering a cheaper alternative that works in extreme cold. This breakthrough could make electric vehicles more affordable for millions.
The world's largest battery maker is developing lithium-air batteries with the same energy density as gasoline, potentially enabling electric vehicles to travel over 1,000 miles on a single charge. This breakthrough could finally make EVs superior to gas cars in every way.
Scientists built microscopic tubes that transport lithium ions 31 times faster than expected, opening doors to better batteries and cleaner energy. The membranes even powered a watch using just saltwater.
Scientists in Tokyo just solved a major hurdle that's been blocking safer, faster-charging batteries from replacing the lithium-ion technology that powers most of our devices today. The breakthrough could mean fewer battery fires and quicker charging times for everything from phones to power grids.
A groundbreaking energy storage project in Romania will combine traditional lithium batteries with cutting-edge sodium-ion technology, creating one of the world's first utility-scale hybrid systems. The innovation could make renewable energy storage cheaper and more sustainable.
The US power grid may soon get a cheaper, safer alternative to lithium-ion storage. Sodium-ion battery technology is emerging as a game-changer for large-scale energy storage.
The cheap, abundant alternative to lithium batteries just proved it can compete with Tesla's technology. Chinese-made sodium-ion batteries are charging in 15 minutes and working in freezing temperatures.
Scientists can now see the exact moment lithium-ion batteries start to fail, paving the way for charging technology that could make your phone battery last years longer. The breakthrough could transform how we charge everything from smartphones to electric vehicles.
A Chinese battery maker just released sodium-ion cells that can drop right into existing systems, making clean energy storage cheaper and easier to scale. The breakthrough could help more communities store renewable power without expensive overhauls.
CATL just began mass producing sodium-ion batteries that work in extreme cold, a breakthrough that could make electric vehicles cheaper and more reliable. The new technology thrives in temperatures as low as -40°F, solving one of the biggest complaints about today's EVs.
A cheaper, safer alternative to lithium batteries is gaining ground, promising to slash energy storage costs by up to 40% as global lithium supplies tighten. Major manufacturers plan mass production by 2026, with researchers predicting widespread adoption within a decade.
A Vancouver company just cracked a cheaper, cleaner way to make battery-grade lithium using electricity and water instead of harsh chemicals. Their breakthrough could reshape where and how the world makes electric vehicle batteries.
An Oregon energy company just signed a deal to build safer, cheaper batteries that don't rely on lithium or risky supply chains. The move could reshape how America stores renewable energy.
A Pune-based company just became the first in India to pass rigorous international safety testing for batteries made from materials the country already has. Rechargion Energy's sodium-ion cells could help India break free from expensive imported lithium batteries.
Scientists at the University of Surrey discovered that keeping water inside sodium-ion batteries doubles their storage capacity. The breakthrough could make cheaper, safer alternatives to lithium batteries finally competitive.
Africa's biggest trade bank just put $125 million into electric vehicles, but the real goal is bolder: stop shipping raw minerals abroad and start building a homegrown battery industry. The continent holds over 26 million tonnes of lithium but captures almost none of the profit from turning it into batteries.
Ghana is refusing to export its lithium as raw material, instead building a full battery manufacturing industry at home. The West African nation aims to capture the entire value chain from mining to producing batteries for electric vehicles.
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