CarteaNewsAutomotive WorldElectric Car Origins: The Surprising True Story and Forgotten Innovations Before Tesla

Electric Car Origins: The Surprising True Story and Forgotten Innovations Before Tesla

Tamara Chalak
Tamara Chalak
2025-10-08
contents

Electric vehicles may seem like the ultimate symbol of 21st-century innovation, but their roots stretch back almost 200 years—predating even the first gasoline-powered cars. While modern EVs are propelled by lithium batteries and silicon chips, dreamers and inventors began experimenting with electric mobility long before the sound of the internal combustion engine ever echoed on a street.

The True Timeline: How Old Is the First Electric Car?

  • 1828: Hungarian priest Ányos Jedlik builds a basic small-scale car powered by his own prototype electric motor—possibly the earliest example of an EV drive unit.

  • 1830s: In Scotland, inventors like Robert Anderson and Robert Davidson construct working electric carriages and locomotives using primitive batteries. Davidson’s “Galvani” in 1841 carries six tons at 4 mph—so revolutionary that nervous railway workers destroy the project for fear of losing their jobs.

  • 1859: The invention of the rechargeable lead-acid battery by Gaston Planté unlocks practical electric mobility, paving the way for subsequent breakthroughs.

  • 1881: French engineer Gustave Trouvé showcases a three-wheeled electric vehicle at the Paris International Electricity Exhibition—launching electric mobility into the public eye.

  • 1884: British innovator Thomas Parker builds the first practical “production” electric car—years before Benz or Ford’s efforts—in London.

  • 1888: Germany’s Andreas Flocken develops the open-top Flocken Elektrowagen, one of the earliest four-wheeled electric cars, with a top speed roughly equal to a brisk jog.

  • 1890s: William Morrison, a Scottish-American chemist, launches electric carriages capable of 20 mph in the US, sparking massive public interest at the 1893 Chicago World’s Fair.

Pioneers of the First Electric Vehicles

Inventor/Model

Year

Country

Tech Breakthroughs

Limitation/Event

Ányos Jedlik (demo)

1828

Hungary

Tiny EV, first electric motor

Non-practical prototype

Anderson/Stratingh

1830s

Scotland/NL

Early carriages, non-rechargeable cells

Short range, no recharge

Robert Davidson “Galvani”

1841

Scotland

Pulled 6 tons, 4 mph, batteries

Destroyed by labor fears

Gustave Trouvé trike

1881

France

Rechargeable, public demo

Limited speed/size

Thomas Parker

1884

England

Production-ready, urban EV

Hand-built, heavy

Flocken Elektrowagen

1888

Germany

4-wheeled “real car”

Light weight, 15 km/h top

William Morrison

1890

USA

6-passenger EV, 20 mph, 50-mile range

Popular exhibition hit

Feature Comparison: Early Electric vs. Later Gasoline Cars

Feature

Early EVs (1880s–1900s)

Early ICE (Gas) Cars

Drive Quality

Smooth, silent, simple to use

Noisy, rough

Range per charge/fill

20–80 km

100–300 km

Speed

15–32 km/h

15–60 km/h

Start-up

Turn a switch

Laborious hand-crank

Maintenance

Minimal (few parts)

Frequent tuning/repair

Market

Luxury, taxis, urbanistas

Long-distance, farmers, tinkerers

Electrobat” and the Electric Taxi Revolution

By the late 1890s, engineers like Pedro Salom and Henry G. Morris (Philadelphia) pioneer one of the first commercially viable electric taxis: the Electrobat. They even invent an early “battery swapping” station in New York, where cabs could swap batteries in minutes. For a time, New York and other major cities see thousands of EV taxis in service—years before gasoline dominates.

The Car That Beat the Horse

Imagine the year is 1895. In New York, a crowd gathers as an Electrobat taxicab glides silently toward the curb. A horse-drawn cabbie smirks—until the passenger steps nimbly out, hair untouched by soot, and tips the electric driver. For a moment, the age of the electric car looks unstoppable.

Why Did Early Electric Cars Lose?

  • Battery Limits: Non-rechargeable or primitive batteries made range and “refueling” difficult—gasoline car tanks held far more energy in the same space.

  • Infrastructure: Gas stations and paved highways quickly outnumbered battery-swap centers by the 1910s.

  • Cost: Mass production of petrol cars by Ford and others undercut electric vehicle prices and captured mass markets.

  • Culture: A “romance” of speed and exploration suited noisy, powerful gasoline engines, as “quiet electrical” seemed less exciting.

Historic Twist: Electric Cars Break Records

  • In 1899, Belgian Camille Jenatzy drives “La Jamais Contente,” a rocket-shaped EV, to break the 100 km/h speed barrier before most gas cars could even dream it.

Key Takeaways for Modern Drivers

  • Electric vehicles are as old as the car itself—maybe older.

  • Their “first era” brought quiet, clean urban mobility, battery-swap taxis, and even speed records.

  • Gasoline’s domination was never inevitable—but efficiency, infrastructure, and social trends tipped the balance.

  • Today’s EVs build on centuries of innovation, proving that the best ideas sometimes wait for their moment to shine.


Also Read:

previous: Unlocking MG UAE: 2025’s Most Compelling Car Deals and Why They Matter for Today’s Smart BuyersNext: Xiaomi SU7 and the “Self-Moving” Controversy: How Transparency and Tech Literacy Turned a Viral Crisis into a Smart-Car Case Study
Tamara ChalakTamara Chalak
Chief editor information:

Tamara is an editor who has been working in the automotive field for over 3 years. She is also an automotive journalist and presenter; she shoots car reviews and tips on her social media platforms. She has a translation degree, and she also works as a freelance translator, copywriter, voiceover artist, and video editor. She’s taken automotive OBD Scanner and car diagnosis courses, and she’s also worked as an automotive sales woman for a year, in addition to completing an internship with Skoda Lebanon for 2 months. She also has been in the marketing field for over 2 years, and she also create social media content for small businesses. 

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