Electric vehicles represented only 6% of new vehicle sales in the U.S. for 2022, the last year for which complete data is available. That figure compares to 22% in China, 32% in Sweden, 41% in Iceland, and 80% in Norway. Why is the U.S. slow to adopt EVs? Among the oft cited reasons are the upfront cost, limited availability of charging stations, concerns about battery life and replacement cost, political polarization, and cultural differences. However, two additional concerns are top of mind for many American consumers: range anxiety and charging time. While the other factors remain, new technologies are likely to overcome the latter two issues in the near future.
The average American drives 37 miles per day and a typical road trip covers about 284 miles each way. With those distances in mind, note that various Tesla models can travel 330-405 miles on a charge. The new Mercedes CLA has a range of 492 miles, Chinese manufacturer NIO has a model that can travel 621 miles, and Chinese manufacturer BYD offers a plug-in hybrid with an incredible range of 1300 miles. While it may continue to represent a psychological barrier, range anxiety should really not be a practical issue for most people.
What about impatience with long charging times? BYD just announced 1 megawatt flash charger that can power one of its vehicles for about 250 miles with just five minutes of charging. BYD’s objective is to make charging competitive with the time required to fill a car’s gasoline tank and it plans to build a network of 4,000 stations across China. While this announcement received a good deal of fanfare, India’s Exponent Energy announced it has a similar technology that is already powering buses, and the firm plans to launch a charging network later this year in India for a broad range of EVs.
These developments raise a number of interesting questions. Will Tesla and other EV manufacturers be able to respond to these technologies? Will advanced charging technologies make their way to the U.S.? Given all of the issues cited above, will there be enough EV demand in the U.S. to warrant the buildout of a super-fast charging network? Or is it a chicken-egg problem in which construction of the network will stimulate demand?