The Surprisingly Long History of Electric Vehicles
Most people think of electric vehicles (EVs) as a modern invention born from 21st-century innovation and climate consciousness, but EV history actually date back over 100 years. In the late 1800s and early 1900s, electric vehicles competed directly with gasoline and steam-powered cars. In fact, by 1900, EVs made up about one-third of all vehicles on the road in the U.S.
The 1800s: The Birth of EV Technology
The earliest concept of an electric carriage dates to the 1820s–1830s, with inventors in Hungary, the Netherlands, and the U.S. developing crude electric-powered devices. However, it wasn’t until 1879 that British inventor Thomas Parker built a practical electric car using non-rechargeable batteries.
By the 1890s, EVs began appearing on American roads. One of the first commercially available electric cars was built by William Morrison in 1891 in Des Moines, Iowa. It had a top speed of 14 mph and a range of 50 miles—impressive at the time.
The Early 1900s: EVs Dominate City Streets
By the early 20th century, electric cars were more common than gasoline-powered ones in urban areas. Automakers like Baker Electric, Detroit Electric, and Columbia produced thousands of units. EVs were particularly favored for their quiet ride, lack of smelly emissions, and ease of use—especially since internal combustion cars required hand cranking.
In fact, Detroit Electric vehicles were owned by influential figures like Thomas Edison, Clara Ford (Henry Ford’s wife), and even President Woodrow Wilson.
The Decline: Gasoline Takes Over
By the 1920s, several factors led to the decline of electric vehicles:
- Mass production of gasoline cars made them cheaper and more accessible.
- Electric starter motors eliminated the need for hand cranks in gas cars.
- Expanded road infrastructure and availability of cheap gasoline favored longer-range vehicles.
- Limited battery range and charging infrastructure couldn’t keep up.
Electric vehicles were all but forgotten by the 1930s.
The Rebirth of EVs: From Experiment to Mainstream
The Late 20th Century: Environmental Concerns Spark Interest
The oil crises of the 1970s and early 1980s reignited interest in alternatives to gasoline. Automakers and researchers began experimenting with electric drivetrains again. Some notable developments include:
- 1974: Sebring-Vanguard CitiCar – A wedge-shaped EV produced during the oil embargo.
- 1990s: California’s Zero Emission Vehicle (ZEV) Mandate – This regulation led to the creation of models like:
- GM EV1
- Toyota RAV4 EV
- Honda EV Plus
- GM EV1
Unfortunately, many of these programs were short-lived, discontinued once government pressure subsided. The GM EV1 is infamous for being leased, then recalled and destroyed—sparking controversy and documentaries like Who Killed the Electric Car?
2000s: The Tesla Disruption
Everything changed in 2008 when Tesla Motors released the Tesla Roadster. Using a lithium-ion battery pack, it shattered preconceived notions by delivering over 200 miles of range and blistering performance. Suddenly, EVs were fast, sexy, and aspirational.
Tesla’s rise accelerated innovation across the auto industry, pressuring legacy automakers to invest in electrification.
The Modern Era: EVs Go Mainstream
Today, electric vehicles are smarter, more efficient, and more accessible than ever. Key advancements include:
Mass-Market Adoption
Major automakers now offer competitive EVs at different price points:
- Tesla Model 3/Y – Dominates the U.S. market with long range and tech-forward features.
- Ford Mustang Mach-E – Combines performance with crossover practicality.
- Hyundai IONIQ 5 / Kia EV6 – Known for fast charging and futuristic design.
- Chevrolet Equinox EV – A budget-friendly EV with GM’s Ultium platform.
Range & Charging Improvements
- Typical EV range in 2025: 250–400+ miles per charge
- Charging speeds: Up to 350 kW, adding 200+ miles in 15–20 minutes
- Home and workplace charging are widely adopted, reducing reliance on gas stations
Software & Connectivity
Modern EVs are computers on wheels, with:
- Over-the-air updates
- Voice controls and AI-based driving assistance
- Smartphone integration and remote control
- Vehicle-to-grid (V2G) and bidirectional charging support (upcoming)
The Rise of Smart Windshields in Electric Vehicles
As EVs evolve, so too does every component—including the humble windshield.
EV Windshields Are No Longer Just Glass
In today’s electric cars, windshields support advanced systems that include:
- Cameras and sensors for lane keeping, braking, and adaptive cruise control (ADAS)
- Heads-Up Displays (HUDs) projecting speed and navigation directly onto the windshield
- Acoustic insulation for quieter cabins (especially important in silent EVs)
- Embedded antennas and rain sensors for tech integration
- Electrochromic (auto-tinting) glass for glare and heat control
- Heated wiper zones and de-icing elements for cold climates
EV Examples Using Advanced Windshields
- Tesla Model S: Full glass roof and camera-based Autopilot sensors integrated behind the windshield
- Lucid Air: Massive panoramic windshield + LiDAR integration
- Volkswagen ID. Buzz: Electrochromic panoramic glass and HUD functionality
- Mercedes EQS: Augmented Reality HUD that overlays arrows, signage, and guidance onto your windshield
The Critical Importance of Proper Windshield Replacement in EVs
Replacing a windshield in an EV isn’t just a matter of swapping glass. It requires specialized knowledge of:
- ADAS calibration – Ensuring cameras and sensors are precisely realigned after installation
- Battery proximity safety protocols – Avoiding electrical damage or injury during repair
- OEM-quality glass – Matching embedded tech and acoustic performance
- EV-specific standards – Avoiding software or sensor malfunctions
Risks of Improper Replacement:
- Malfunctioning lane-keeping or emergency braking
- False warnings or sensor errors
- Degraded HUD clarity or display misalignment
- Reduced structural safety in a collision
That’s why it’s essential to work with a certified and experienced EV windshield replacement technician—not just your average glass shop.
What’s Next for Electric Vehicles and Windshield Tech?
Vehicle Trends
- Solid-state batteries will unlock 500+ mile ranges and 5-minute charging
- Autonomous driving will rely heavily on camera and LiDAR arrays—many windshield-mounted
- Subscription-based features will allow drivers to unlock performance, range, or tech upgrades post-purchase
- Software-defined vehicles (SDVs) will become the standard
Windshield Innovations
- Augmented reality windshields that turn your entire field of view into a heads-up display
- Self-healing glass coatings that repair small cracks or chips
- Windshields integrated with solar cells to help power electronics or air conditioning
- 3D-printed smart glass with customizable performance layers
The windshield is no longer an afterthought—it’s becoming the central hub of driver information, safety, and environmental control.
Conclusion: Embrace the EV Revolution—But Don’t Overlook the Glass
The evolution of electric vehicles has been long, fascinating, and full of innovation. From 19th-century curiosities to 21st-century marvels, EVs have truly transformed transportation.
As the technology surges forward, windshields are evolving in parallel—becoming more intelligent, more essential, and more sensitive to damage or poor replacement practices.
If your EV’s windshield is damaged, don’t compromise on safety or technology. Trust certified experts who understand the unique needs of modern electric vehicles.
Use our FREE quote tool today to find qualified and trusted shops in your area that specialize in EV windshield replacement and ADAS recalibration. Your safety and your vehicle’s performance depend on it.
