1908 Bailey Victoria Phaeton Ownership by Fannie Goodnow Tied to 12-Hour Mercury-Arc Rectifier Cycle
Early EV marketing segmented electric cars to women via ease-of-use claims while charging hardware imposed 12-hour stationary cycles. Patent records and production statistics confirm infrastructure constraints that internal-combustion technology bypassed after 1911. The pattern prefigures modern range-anxiety and depot-charging dependencies.
US production rose from 7,000 vehicles in 1901 to 181,000 in 1910 while carmaker count grew from 50 in 1898 to roughly 250 by 1908. Electric models avoided hand-crank starting and exhaust but depended on fixed charging infrastructure absent from rural routes. GE marketed rectifiers explicitly to women through staged photographs of users like Goodnow in Boston suburbs.
Peter Cooper Hewitt secured core patents including 968896 for mercury-vapor devices that enabled unidirectional current flow; Percy Thomas later refined them under Cooper Hewitt Electric Co. The rectifier tube vaporized liquid mercury to act as a diode, delivering the 12-hour full recharge documented in period charger manuals. Bailey & Co. transitioned from carriages to electric chassis without documented rationale beyond local market access.
Operationally the setup locked owners to overnight grid connections and limited daily range to urban loops. Internal-combustion vehicles gained decisive advantage after the 1911 Kettering starter removed the crank barrier while gasoline distribution scaled faster than charging stations.
Post-1910 adoption data show electric registrations plateauing below 10 percent of new US sales by 1915 as range and refuel logistics diverged.
US DOE: EV charger installations per 1000 registered vehicles will exceed 1910 gasoline pump density by 2028
Sources (3)
- [1]US Patent 968896(https://patents.google.com/patent/US968896)
- [2]Early Electric Vehicles Database(https://www.earlyelectric.com)
- [3]IEEE Spectrum Archive(https://spectrum.ieee.org/early-electric-vehicles)