Electric cars were invented in the 1890s, decades before petrol engines took over

The first practical electric car appeared around 1890–1891, when inventors in Europe and America began fitting electric motors to carriages. Thomas Davenport, an American blacksmith, built an early electric carriage in 1834, but it was too crude to be useful. By the 1890s, the technology had matured enough that electric cars outsold petrol cars in the United States — between 1900 and 1912, roughly one-third of all cars sold were electric. They were quieter, easier to start, and required no hand-cranking like petrol engines did.

Then cheap petrol, the assembly line, and the electric starter motor (which made petrol cars easier to use) killed the market for electric vehicles by the 1920s. For the next seventy years, electric cars were almost forgotten. The technology did not return until lithium-ion batteries were developed in the 1990s, which finally gave electric cars the range and charging speed that petrol cars had offered since the 1920s.

Key Takeaways

  • Electric cars were invented in the 1890s and were actually more popular than petrol cars in the early 1900s.
  • Electric vehicles lost the market battle because petrol became cheap, Henry Ford's assembly line made petrol cars affordable, and the electric starter motor removed the main advantage of electric cars.
  • The first electric cars used lead-acid batteries, the same battery chemistry that powers car starter motors today.
  • Modern electric cars use lithium-ion batteries, which store far more energy in the same weight and can be recharged hundreds of times.

Who built the first electric cars

Several inventors worked on electric vehicles in the 1880s and 1890s, but Gaston Planté and Camille Faure in France deserve credit for making them practical. Planté invented the lead-acid battery in 1859, and Faure improved it in the 1880s so it could hold enough charge to power a vehicle for a useful distance. In 1890, Flocken Elektrowagen, a German company, built what many historians call the first true electric car — a small carriage with an electric motor powered by lead-acid batteries. Around the same time, American and French manufacturers were building their own versions.

By 1900, electric cars were being mass-produced in small numbers. Columbia Electric and Baker Electric were among the largest American makers. These cars had a range of 40 to 100 miles per charge, which was enough for city driving in an era when most people did not travel far from home. They were expensive — a Baker Electric cost around $1,000 to $1,500 in 1910, which was roughly the price of a house in many parts of America. Wealthy women often preferred them for city driving because they were quiet and did not require the dangerous hand-cranking that petrol cars demanded.

Why petrol cars won the market battle

Electric cars began to disappear after 1912 for three concrete reasons. First, Henry Ford's assembly line made petrol cars cheap — a Model T cost $290 in 1920, less than one-quarter the price of an electric car. Second, oil discoveries in Texas and Oklahoma made petrol abundant and inexpensive, so running a petrol car cost far less than it had before. Third, Charles Kettering's electric starter motor, introduced on the 1912 Cadillac, removed the main advantage of electric cars: you no longer had to hand-crank a petrol engine to start it, which was dangerous and exhausting.

Electric cars also had real limitations that petrol cars did not. Lead-acid batteries were heavy, took hours to recharge, and degraded quickly — after a few years of use, the range dropped noticeably. Petrol cars could travel 200 miles or more on a tank and refuel in minutes at a growing network of petrol stations. As roads improved and people wanted to travel farther, electric cars became impractical. By 1920, electric cars had nearly vanished from the market. A few were still made into the 1930s, but they were niche products for wealthy people who drove only in cities.

How early electric cars actually worked

Early electric cars were mechanically straightforward compared to petrol cars. The lead-acid battery — usually a bank of six or twelve cells wired together — sat under the floorboards or in the rear. The battery powered an electric motor, which was connected to the rear wheels through a straightforward transmission. There was no gearbox in the modern sense; instead, the driver controlled the motor's speed with a rheostat (a variable resistor), similar to a dimmer switch for lights.

The driver steered with a tiller or wheel, braked with mechanical brakes (no hydraulics yet), and had no speedometer — just a straightforward ammeter to show whether the battery was discharging. The whole system was reliable and quiet, which is why wealthy women often preferred electric cars for city driving. But the batteries were the weak point: they were slow to charge (8 to 10 hours overnight), lost capacity in cold weather, and needed regular maintenance to keep the lead plates from corroding. A mechanic with basic tools could repair almost anything, but there was no way around the battery's fundamental limitations.

The gap between 1920 and 1990: when electric cars nearly disappeared

For most of the twentieth century, electric cars were forgotten. A few experimental vehicles appeared during the 1970s oil crisis, when petrol prices spiked and people worried about fuel shortages, but none reached the market in significant numbers. The technology straightforward was not there: lead-acid batteries were still the only option, and they were no better than they had been in 1910. A 1970s electric car might have a range of 50 miles and take 8 hours to recharge — worse than the cars from the 1890s, because modern cars were heavier.

The turning point came in the 1990s with the rise of lithium-ion battery technology. These batteries stored three to five times more energy than lead-acid batteries of the same weight, could be recharged in a few hours, and lasted for hundreds of charge cycles. In 1997, Toyota launched the Prius, a hybrid car that used both a petrol engine and an electric motor. In 2008, Tesla released the Roadster, the first modern electric car with a range over 200 miles. For the first time since 1912, the technology had finally caught up to what people wanted.

Modern electric cars versus the originals

Today's electric cars are fundamentally different machines from the ones built in 1900, even though the basic idea is the same: an electric motor powered by a rechargeable battery. A modern Tesla or Chevrolet Bolt uses a lithium-ion battery pack with hundreds of individual cells, a sophisticated computer that manages the charge and discharge, and an electric motor that can produce power when ready with no gears to shift. The range is 200 to 400 miles, and charging at home takes 8 to 12 hours; fast chargers can add 200 miles in 30 minutes.

Early electric cars had none of this. Their lead-acid batteries were straightforward but inefficient. Their motors were single-speed and had no computer control. But they were also simpler to repair — a mechanic with basic tools could fix almost anything. Modern electric cars are more reliable overall, but when something goes wrong, the repair often requires a specialist and expensive diagnostic equipment. The trade-off is worth it: a modern electric car can travel 300,000 miles or more with proper care, while a 1900 Baker Electric was lucky to reach 50,000 miles before the battery failed.

Why the history matters when you buy a used electric car

Understanding where electric cars came from helps explain what you are looking at when you check the history of a used EV. The battery is the most expensive component and the one that degrades over time — just as it did in 1910. A used electric car with 100,000 miles on it may have lost 10 to 20 percent of its original range, depending on how it was charged and stored. That is normal wear, not a defect. A vehicle history report will show you the service records and any accidents, which tells you whether the battery has been damaged or the car has been well maintained.

The other thing to know is that electric car technology is still improving rapidly. A car from 2015 will have a shorter range and slower charging than a 2024 model, just as a 1900 electric car had worse range than a 1910 one. If you are buying used, decide whether the range and charging speed of that particular year and model fit your actual driving needs. Do not assume that all electric cars are the same — they vary as much as petrol cars do, and the year of manufacture matters more than you might think.

Frequently Asked Questions

Did electric cars really exist before petrol cars became popular?

Yes. Electric cars outsold petrol cars in the United States between 1900 and 1912. They were quieter, easier to start, and required no hand-cranking. Petrol cars won the market only after the assembly line made them cheap and the electric starter motor removed the main advantage of electric cars.

Why did electric cars disappear for so long?

Lead-acid batteries could not compete with cheap petrol and the long range of petrol cars. By 1920, petrol cars could travel 200+ miles and refuel in minutes, while electric cars had a 50-mile range and took 8 hours to recharge. That gap did not close until lithium-ion batteries were developed in the 1990s.

Are modern electric cars the same as the ones from 1900?

No. Modern electric cars use lithium-ion batteries that store far more energy, have computers that manage power delivery, and can travel 300+ miles on a charge. Early electric cars used lead-acid batteries, straightforward motors, and had a 40–100 mile range. The concept is the same, but the technology is completely different.

What should I know about the battery when buying a used electric car?

The battery degrades over time — a car with 100,000 miles may have lost 10–20 percent of its original range. Check the vehicle history report for service records and accidents, which show whether the battery has been damaged. Range and charging speed vary by year and model, so make sure they fit your actual driving needs.