How we get to the next big battery breakthrough

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Electric planes could be the future of aviation. In theory, they will be much quieter, cheaper, and cleaner than the planes we have today. Electric planes with a 1,000 km (620 mile) range on a single charge could be used for half of all commercial aircraft flights today, cutting global aviation’s carbon emissions by about 15%.

It’s the same story with electric cars. An electric car isn’t simply a cleaner version of its pollution-spewing cousin. It is, fundamentally, a better car: Its electric motor makes little noise and provides lightning-fast response to the driver’s decisions. Charging an electric car costs much less than paying for an equivalent amount of gasoline. Electric cars can be built with a fraction of moving parts, which makes them cheaper to maintain.

So why aren’t electric cars everywhere already? It’s because batteries are expensive, making the upfront cost of an electric car much higher than a similar gas-powered model. And unless you drive a lot, the savings on gasoline don’t always offset the higher upfront cost. In short, electric cars still aren’t economical.

Similarly, current batteries don’t pack in enough energy by weight or volume to power passenger aircrafts. We still need fundamental breakthroughs in battery technology before that becomes a reality.

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Groundbreaking new battery charges to 70% in 2 minutes, and lasts 20 years

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The battery is expected to be on the market in 2 years.

Are you tired of waiting an hour for your phone to charge before you leave the house? Researchers at Nanyang Technological University in Singapore have come up with the best solution yet – a lithium ion battery that charges to 70 percent in just two minutes.

 

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New electrochemistry technology could lead to huge improvements in batteries

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The new lithium-ion battery technology charges faster, lasts longer and outputs more power than current lithium-ion batteries.

A University of Alberta research team may have made a breakthrough that will ultimately lead to dramatic improvements in the batteries that power everything from laptops and smartphones to medical devices and tools. The lithium-ion battery technology the team is currently developing charges faster, lasts longer and outputs more power than current lithium-ion batteries, according to lead researcher Xinwei Cui.

 

 

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Electric car travels over 1,100 miles without a recharge on a new aluminum-air battery

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Together the Israeli company, Phinergy, and the aluminum giant, Alcoa Canada, demonstrated an electric vehicle (EV) capable of driving over 1,100 miles between charges using a combination of aluminum-air and lithium-ion storage technologies.

 

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Japanese startup unveils a long-lasting and safer dual-carbon battery

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A dual-carbon battery from a brand new startup out of Japan.

A young Japanese startup called Power Japan Plus, or PJP,  has a new type of battery under development that lasts longer, is safer, charges faster and is less expensive than a standard lithium ion battery. The year-old company uses carbon for both the anode and the cathode portion of the battery and hopes to start producing it later this year.

 

 

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Amprius raises $30 million to develop high-energy silicon batteries

The startup, Amprius is working on a new type of long-lasting lithium-ion batteries for laptops and electric vehicles. The company has started to sell its batteries for use in portable electronics. Amprius recently raised $30 million in venture capital to develop its next-generation batteries, which use high-energy silicon electrodes. The company says the batteries will store about 50 percent more energy than the battery cells in today’s electric vehicles.

 

 

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Tesla batteries are powering an energy revolution

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Tesla Motors lithium-ion battery packs aren’t just powering electric luxury sports sedans for wealthy any more. They’ve started appearing in a small number of California homes to store electricity generated by rooftop solar panels, and SolarCity, the Silicon Valley solar installer, will start providing Tesla batteries for businesses that want to cut their utility bills.

 

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New battery technology offers 30 times more power and charges 1,000 times faster

An illustration of a high power battery technology from the University of Illinois.

Over the last ten years, battery technology has improved, but now scientists claim they have made a giant leap in power storage, giving lithium-ion batteries 30 times more power and the ability to recharge 1,000 times faster “than competing technologies.”

 

 

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New silicon battery technology could store 9x as much energy as lithium ion batteries

Grant Norton

Washington State University Professor Grant Norton

Most batteries today are lithium ion batteries, and employ carbon as the anode. Other materials perform much better than carbon, and could substantially increase battery capacity. Tin anodes could potentially triple energy density, and silicon anodes might be able to hold 9 times as much charge as carbon. Such advances could lead to tablet computers and laptops that run for days before battery depletion, and to miniature, battery powered UAVs able to remain aloft for up to an hour.

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Batteries May One Day Be Smaller Than a Grain of Sand

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Batteries may one day be the size of a grain of sand.

When you think about batteries, two things come to mind; sitting out in the cold, waiting for your car batteries to be jumped, and the clunky lithium-ion batteries we’ve come to know and love as the life force of our gadgets. Research funded by DARPA is pushing the limits of battery technology in an effort to create the smallest batteries of all-time, the largest of which will be about the size of a grain of sand.

 

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