# The Lost History of EV Infrastructure: How a Century-Old Parking Garage Predicted the EV Future
A century before Tesla faced grid congestion debates and charging networks dominated automotive headlines, urban planners already grasped a fundamental truth. Electric vehicles needed infrastructure. One unnamed city proved this insight by constructing a multi-story parking garage specifically designed to charge and store EVs at a time when fewer than 800 electric cars existed nationwide.
The garage included car elevators, a luxury innovation that allowed drivers to park vehicles vertically rather than horizontally. More tellingly, charging stations occupied the facility. This wasn't garage operators chasing a trend. This represented genuine infrastructure investment for a technology that, in its era, looked like it might dominate transportation.
The early 1900s saw electric vehicles command roughly 38 percent of the American automobile market. Wealthy urbanites preferred silent, reliable electric cars over temperamental gasoline engines that required hand-cranking and emitted noxious fumes. A woman could operate an EV without mechanical knowledge. Range anxiety existed then too, but 40 to 50 miles per charge suited city driving patterns perfectly.
This historical precedent matters today because the automotive industry cycles through technology shifts with predictable patterns. The original EV era collapsed not because the technology failed, but because Henry Ford's mass-produced gasoline cars undercut EV prices dramatically. Gasoline infrastructure expanded. Cheap oil made combustion engines economically irresistible. The market chose petroleum, not because it was superior, but because it was cheaper at scale.
Modern EV expansion follows a different script. Governments mandate electrification timelines. Manufacturers pour billions into battery technology and platform development. Charging networks proliferate across continents. This century-old parking garage represents the road not taken, abandoned when economic forces overwhelmed technological promise.
Today's EV skeptics often cite charging infrastructure as a critical gap. That city's investment over a hundred years ago reveals something uncomfortable: builders and city planners recognized EV infrastructure needs immediately. The infrastructure didn't fail because it was wrong. It failed because the economic case for gasoline dominance proved overwhelming in the early 20th century.
Modern EV charging challenges differ significantly from early electric car obstacles. Today's grid must handle millions of simultaneous chargers. Battery technology has evolved completely. Charging speeds have accelerated beyond what 1920s operators imagined. Long-distance travel demands differ from urban commuting patterns. These distinctions matter.
Yet the parallel remains instructive. A parking garage that served as both storage and charging facility, complete with vertical car movement systems, demonstrates that urban planners understood vehicle logistics required integrated solutions. They didn't view charging as an afterthought. They built charging into the infrastructure from the ground up.
This forgotten garage stands as a monument to premature infrastructure investment. Builders committed resources to serve a market that dissolved. Electric vehicles vanished from roads for nearly a century. Now, with renewed EV momentum, cities worldwide rush to deploy charging networks and parking solutions. History repeats itself, though with higher stakes and different technology.
The original EV era's infrastructure outlasted the vehicles themselves in many cases. Modern cities learn from this history by deploying charging networks ahead of peak EV adoption rather than scrambling to catch up afterward.