A major shift from gasoline-powered to affordable electric vehicles feels tantalizingly close, but the battery technology that could make it happen still needs to catch up to its own hype. Although luxury-car maker Tesla is banking on lithium-ion to power future generations of electric vehicles, others are taking a chance on promising new approaches, according an article in Chemical & Engineering News (C&EN), the weekly news magazine of the American Chemical Society.
Alex Scott, a senior editor at C&EN, notes that the all-new Tesla Model S, which can go an impressive 300 miles on one charge, already shows what a lithium-ion battery can do. The catch is that at $80,000, the high-end model is out of reach for most customers. And its battery, which is stored under the floor of the car, is the size of a double mattress and weighs 1,500 pounds. Despite the avid pursuit of many different battery technologies, Tesla CEO Elon Musk told C&EN that lithium-ion remains the top option. The company is confident enough in it to plan on investing $5 billion in a new battery plant that would build battery systems for half a million cars a year for Tesla and other car makers. That’s more than the number of electric vehicles currently made each year worldwide.
But lithium-ion isn’t the only player out there. Seeing the huge growth potential for electric vehicles, chemical and technology companies are betting heavily on other types of batteries, including sodium-ion, lithium-metal, lithium-sulfur and lithium-air. Although some firms have tested the waters and withdrawn, many are staying in the race.
“Chemistry’s Electric Opportunity”
American Chemical Society, ACS is a congressionally chartered independent membership organization which represents professionals at all degree levels and in all fields of chemistry and sciences that involve chemistry.
