The Chevrolet Volt is not fully electric. It is a plug-in hybrid electric vehicle (PHEV) that uses a rechargeable battery for electric driving and a gasoline engine that can generate electricity to extend the car’s range when the battery runs down.
In practice, the Volt can be driven on electric power alone for a limited distance, after which the gasoline engine kicks in to keep driving. Production ended in 2019 as GM shifted its emphasis to all-electric models like the Bolt EV, which have no gasoline range extender.
What kind of vehicle is the Volt?
The Volt was designed as a plug-in hybrid. It combines a rechargeable battery with a small internal combustion engine that acts as a generator to supply electricity when needed. This means the car can operate in pure electric mode for a limited distance, then rely on the gasoline engine to extend its overall range.
How the propulsion system works
When you plug in the Volt, it runs on electricity stored in its battery up to its electric range. Once the battery is depleted, the 1.5-liter gasoline engine turns on to generate electricity and power the electric motor, allowing the car to continue driving beyond the battery’s limits. This setup differentiates it from a battery-electric vehicle (BEV), which relies solely on stored electrical energy and has no internal combustion engine.
Historically, the Volt offered different EPA-rated electric ranges across its generations: about 38 miles on electricity for the early models and roughly 53 miles for the redesigned 2016–2019 Volt. The combined range with a full tank of gasoline could exceed 300 miles, depending on driving conditions. However, it was never a BEV, because the gasoline engine remained a core part of its propulsion system.
In the broader market context, the Volt’s role as GM’s plug-in hybrid gave buyers the option of electric driving for daily commutes while maintaining the flexibility of a gasoline drivetrain for longer trips. Its production ended in 2019, with GM steering its electrified strategy toward all-electric models like the Bolt family.
Key distinctions versus a fully electric vehicle
Below are the main attributes that separate the Volt from a fully electric car:
- Powertrain: Volt uses a battery-powered electric motor plus a gasoline engine that acts as a generator; BEVs have no gasoline engine.
- Electric range: Volt-operated electric range is limited (38 miles in early generations, 53 miles in later ones) before the gas engine engages.
- Charging: The battery can be charged from an external source; propulsion beyond the electric range relies on the gasoline engine.
- Emissions and fuel use: Electric driving produces no tailpipe emissions, but emissions occur when the gasoline engine runs; BEVs produce zero tailpipe emissions under all operating conditions.
In summary, the Volt is a plug-in hybrid, not a fully electric vehicle. Its design prioritizes electric driving for short trips, with a gasoline engine to extend range when needed, making it distinct from dedicated BEVs like today’s Bolt EVs.
Historical context and current status
The Chevrolet Volt launched for the 2011 model year and was produced through 2019. GM subsequently pivoted toward all-electric offerings, with the Bolt EV and its variants serving as the company’s main all-electric models. While the Volt remains a notable milestone in the evolution of plug-in hybrids, it is no longer in production.
Summary
The Chevrolet Volt is not fully electric. It is a plug-in hybrid that uses electricity from a battery for short-range driving and a gasoline engine to generate electricity for extended range. Production ended in 2019, and GM now emphasizes all-electric models for its future lineup.