Israeli company Phinergy teamed up with Alcoa to showcase an aluminum-air chemical battery that claims to make the electric car travel 1,000 miles per charge (about 1,600) Kilometers).
Phinergy and Alcoa showcased the latest electric vehicle battery technology on a track in Montreal during the recent Canadian InternaTIonal Aluminum Conference; the two companies said that the new technology can be used as an electric vehicle. Distance extension unit for use with small traditional lithium-ion batteries.
"One of the shortcomings of current electric vehicles is the anxiety associated with driving distances;" Alcoa technical director Ray Kilmer said: "Our technology has broken through the bottleneck, and the lithium-ion batteries that are commonly used will be used when you need more frequent driving distances. A perfect combination of aluminum air batteries that can be used on demand."
Phinergy and Alcoa showcase a 1,000-inch aluminum air electric vehicle battery technology on a single charge
Aluminium air chemistry battery technology has existed for decades and is used in the military field; this technology combines aluminum with outside air and water and is known to have the potential to provide high energy density. In the live demonstration, vehicles equipped with batteries developed by Phinergy can travel 330 kilometers after a single charge as long as they are charged with water.
Phinergy founder and CEO Aviv Tzidon said the company's current development of the aluminum air battery is 300 Wh / kg; but he also stressed that the company's ultimate goal is to create a battery of 1,000 Wh / kg energy ratio Group, the price will be less than $100 per kilowatt hour ($100/kWh).
According to Phinergy, each aluminum plate of an aluminum air battery can provide 20 inches of travel distance, while a total of 50 aluminum plates provide up to 1,000 miles of travel.
If the goal of Phinergy can be achieved, it will be a major technological advancement beyond the current lithium-ion battery; the typical energy density of the lithium-ion battery on the market (cell core) is only 150~240 Wh/kg, and the energy density of the battery pack is also Not as good as aluminum air batteries; the price of lithium-ion batteries is between $300 and $450 per kilowatt hour.
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