Cheap Electric Vehicles May Arrive on the Market Sooner than Expected
A recent analysis states that electric cars may soon be competing or even surpass gas cars on cost. This means that electric cars won’t be just a luxurious accessory for the few.
Manufacturers tend to keep the cost of lithium-ion batteries found in electric cars a strict secret, but a recent peer-reviewed study of more than 80 estimates reported between 2007 and 2014 suggests that the costs of battery packs are lower than assumed by energy-policy analysts.
The study suggests that batteries found in EV manufacturer cars such as Tesla and Nissan cost around $300 per KW/h in 2014. This estimate is much lower than the most optimistic projections published this year and even below the average projections published for 2020. The study also tells that the batteries could even reach $230 per KW/h by 2018.
People are also said to be more interested in EVs if the battery costs between $125 and $300 per KW/h. Having the battery cost be a quarter or even half of an EVs price tag, cheaper batteries would make the vehicle itself more cheaper. Alternatively, car manufacturers can maintain the current EV price tag, but offer a battery with much longer ranges instead.
The range factor on an EV is also a crucial thing for buyers, because it would be cheaper to fill an EV with electricity than a car running on gas. It is said that charging an EV with a 300 mile range would cost less than $10. Also, the study states that if batteries fall as low as $150 per KW/h, this may lead to “a potential paradigm shift in vehicle technology”.
The analyst report that the cost of battery packs is falling around 8% each year, which they say is likely to continue at this rate in the following years as well. However, Luis Munuera, an energy analyst for the International Energy Agency, and Pierpaolo Cazzola, a transport policy analyst for the same agency, tend to be sceptical about the peer-reviewed in question, but they do seem to agree about “events moving quicker than expected in lithium-ion battery technology”.
Thank you MIT Technology Review for providing us with this information
