A History Lesson for EVs: Developing an Infrastructure
The National Interstate and Defense Highways Act of 1956 in the United States was signed by President Dwight Eisenhower who had been a strong proponent of the creation of a transcontinental highway system 40 years earlier when he participated in the U.S. Army’s first cross-country convoy from Washington, DC, to San Francisco.
Then, when he was the Supreme Commander of the Allied Forces in Europe during World War II he experienced how the German autobahn facilitated transport in that country, which made him all the more interested in having good roads in the U.S.
When he made his State of the Union Address in 1954 he made it clear that a good highway system was one of his priorities, and he had to restate that in this 1956 State of the Union because Congress wasn’t making it happen.
When the Federal Highway Act of 1956 came out of a House-Senate conference committee, authorizing $25-billion to be spent between FY 1957 to 1969 for 41,000 miles of highway, and President Eisenhower got the bill to sign into law, he did so with some alacrity—he was in Walter Reed Army Medical Center at the time, recovering from an illness. He didn’t want to waste any time.
Building a New Infrastructure
When history is written about the transportation system in the U.S. circa right now, this week may be an important one.
One of the biggest inhibitors of electric vehicles (EVs) and hydrogen-powered vehicles is infrastructure.
Simply put: the need for more fast electric charging stations and more gas stations (as in H2, not C8H18).
According to the EPA, the settlement that Volkswagen reached with government “requires VW to invest $2 billion toward improving infrastructure, access and education to support and advance zero emission vehicles. The investments will be made over 10 years, with $1.2 billion directed toward a national EPA-approved investment plan and $800 million directed toward a California-specific investment plan that will be approved by CARB.”
And, according to CARB—the California Air Resources Board—Volkswagen, through the consent decree, is required “to invest $800 million dollars in ZEV infrastructure and access over a 10-year period in California. Volkswagen will be installing zero-emission vehicle fueling infrastructure (for both electric and hydrogen-powered cars), funding consumer awareness campaigns to increase the zero-emission vehicle market, and investing in projects such as car-sharing programs that will increase access to zero-emission vehicles for all consumers in California. These brand-neutral projects will support the next generation of zero-emission vehicles that will be sold in California, helping to grow the state’s burgeoning ZEV program, and will help lay the zero-emissions foundation for achieving the State’s air quality and climate goals.”
EVs Benefit from Diesel Blunder
In other words, the infrastructure build-out necessary for EVs and hydrogen vehicles, in California first, but presumably with scale will come proliferation, is going to be underwritten in the U.S. by Volkswagen AG. This is infrastructure that is going to be accessible to vehicles from General Motors and Toyota, Mercedes and Hyundai, Ford and Honda. And, yes, Volkswagen. But it will more than kick-start the process.
A silver lining to the diesel cloud.
The little car that could still can. And this time as a car that not only gets great fuel economy, but which has ride and handling that makes it more than an econo-box (and its styling is anything but boxy).
Sandy Munro and his team of engineers and costing analysts at Munro & Associates were contacted by UBS Research—an arm of the giant banking and investment firm—and asked whether it was possible to do a teardown and cost assessment of the Chevrolet Bolt EV.
The Tesla Model 3 is certainly one of the most controversial cars to be launched in some time, with production models (a comparative handful, admittedly) presented on a stage with a throng of people treating it like it was an event with Beyoncé, Taylor Swift and Ed Sheeran, all at the same time.