Let AutoNation be Your Goto Source for all things EV in AMARILLO
Whether you are looking for an all-electric vehicle (EV) or a plug-in hybrid, you'll find Chevrolet electric cars for sale in AMARILLO at AutoNation Chevrolet Amarillo near Canyon and Lubbock.
Shop the current selection of new and used electric cars, hybrids and plugin-hybrids for sale AutoNation Chevrolet Amarillo, or learn more about Chevrolet electric vehicles and contact us for any questions about this exciting new era in the world of automotive.
The 2024 Chevrolet Silverado EV is a reimagined full-size, fully-electric pickup, developed from the ground up, leveraging the power of GM’s Ultium EV platform. It offers a revolutionary mix of performance, capability, technology, and style, including an expected GM-estimated range of 400 miles on a full charge, standard DC fast charging, up to 10.2kW of offboard power and up to 10,000 pounds of maximum trailering.
At launch in spring 2023, the Silverado EV will be available in two configurations, an RST First Edition and a fleet-oriented WT model. Each will offer a comprehensive suite of standard and available safety technologies.
Chevrolet expanded its electric vehicle portfolio with the introduction of the new, all-electric 2022 Bolt EUV, alongside the redesigned 2022 Bolt EV.
Distinguished by unique exterior designs, including an SUV-like proportion for the new Bolt EUV, each is propelled by the proven technology that helped make the Bolt EV the industry’s first affordable, long-range electric vehicle — and both are part of General Motors’ plan to launch 30 new EVs globally by 2025.
Launched in 2017 as Chevrolet’s first ground-up, long-range electric vehicle, the Bolt EV offered designers unprecedented freedom, resulting in a vehicle that crosses boundaries and challenges expectations in the electric vehicle (EV) segment.
The game-changing Chevrolet Bolt EV will now take customers even farther. The Bolt EV will offer a remarkable EPA-estimated 259 miles of range on a full charge1, a 21-mile increase over previous model years. The Chevrolet Bolt EV’s winning combination of long range and affordability continues to attract new customers to the electric vehicle segment, and the Chevy Bolt EV will appeal to even more customers by allowing them to travel farther between charging sessions.
The popular Chevrolet Equinox will expand into Chevrolet's EV lineup in fall 2023 to include the Equinox EV, an affordable, functional compact SUV. The Equinox EV, which will be launched with both fleet and retail versions, including LT and RS trims, will leverage GM’s Ultium Platform.
The Equinox has been Chevrolet's second-highest selling model, and the new Equinox EV will provide an affordable EV option in the SUV segment as part of Chevy continues to make EVs available to everyone in the electric vehicle market. The announcement of the Equinox EV was part of Chevy’s reveal of the 2024 Silverado EV and confirmation of the Blazer EV SUV.
Blazer EV is the complete package with style, performance and technology. It will be available in multiple trims, colors and battery ranges. This daring new all-electric midsize SUV is built from the ground up around the game-changing Ultium battery platform. Ultium offers flexibility in charging speeds, range and performance — giving the sporty Blazer EV the sheer power and confidence needed to go the distance.
Electric vehicle technology has rapidly progressed over recent years, with new and previously inconceivable innovations helping drive this new way to view transportation in a modern world. With quantum leaps in electric motor and battery cell high-tech mechanics, automotive OEMs across the globe are racing to switch their model line focus to specialize in electricity as opposed to gasoline combustion.
While there is still much work to be done in the means of battery car charging station networks to support this wave of new vehicles, the path to this very near future of automotive is quickly taking shape. According to a 2021 Consumers Reports article, over 100 BEV (Battery Electric Vehicles) will be hitting the market in the next five years, giving drivers who want to embrace this technology a wide selection of experiences to choose from.
A key component to the success of any electric vehicle lies in its’ battery capabilities. Liquid Lithium-Ion batteries are one such preferred battery tech that can be found in many electric vehicles. Lithium ions move from the negative electrode through an electrolyte to the positive electrode during discharge, and back the opposite way when charging. Li-on batteries utilize use an intercalated lithium compound as the material at the positive electrode and usually graphite at the negative electrode. Another emerging battery type used in some newer models are considered Solid-State, which use thin layers of solid electrolytes to pass lithium ions between negative and positive electrodes. With solid-state batteries being as much as eight times more expensive to produce, and hard to build at scale, these batteries will more likely be reserved for luxury electric vehicles.
Electric vs. Plug-in Hybrid
In addition to hybrid vehicles and fully electric cars, there is a third breed of new electric vehicle technology: The Plug-in Hybrid.
What is the difference between a fully electric car, a standard hybrid and a plug-in hybrid? Like hybrid cars, plug-in hybrids have both electric and gas motor. The major difference is that on a plug-in hybrid, the gas motor is held in reserve in case your battery runs out of change. In other respects, a plug-in hybrid functions more like a fully electric car, in that it primarily relies on an electric motor, powered by a large battery that you plug in to charge.
Primary propulsion: electric motor, supplementary gas motor
Fuel: Electric battery, backup gas fuel tank available
Range: Battery range + gas fuel tank
Primary propulsion: electric motor
Fuel: Electric battery
Range: Battery range
Primary propulsion: electric motor, supplementary electric motor
Fuel: Gas, supplementary passive-charging battery
Range: Gas fuel tank range
Find a Charger Near You
Use the map below to find a charger near you. The map is powered by ChargeHub and is constantly being updated with all the latest charging networks.
Electric Vehicle Frequently Asked Questions
One of the many benefits of owning an all-electric vehicle (EV) is that you'll never need to visit a gas station. And charging it is as simple as plugging in a power cord, just like any other household electronic device. But since electric vehicles are essentially a complex, self-contained power plant, there's value in understanding the various aspects that affect charging performance, battery health, and cost of ownership. Keep reading for answers to some of the most commonly asked questions regarding the charging and regular maintenance of an all-electric vehicle.
What Are the Basics of Charging an Electric Vehicle? Every electric vehicle can be charged by plugging in the appropriate cable into any household power outlet. This method is called Level 1 charging, and is accomplished with the power cord that's included as part of the lease or purchase of the electric vehicle.
This is the most convenient form of charging because all you need is access to a standard electrical outlet found in the garage or on the outside of your home - there's no setup or modifications required. But since the battery capacity of an electric vehicle is quite large, and household electrical systems aren't industrial strength by nature, Level 1 charging is the slowest method of replenishing power.
What Is Level 2 Charging? Waiting nearly two days to charge your vehicle is obviously not ideal, which is why all electric vehicles offer a faster charging speed obtained via Level 2 charging. This higher power delivery is most commonly found in commercial parking lots in malls or shopping centers, and also designated EV parking spaces in office complexes. Some Level 2 charging stations are offered as complimentary perks, but others may require a paid subscription or one-time payment to activate charging - the electricity you're using isn't free after all. Level 2 charging significantly speeds up the process, with many electric vehicles reaching an optimal operating range after about 4 to 8 hours of being plugged in. Keep in mind that the power delivered by Level 2 charging stations can vary, and ultimately, your vehicle is in control of how quickly it can charge.
The speed and convenience of Level 2 charging can be had in your home too, but it may require professional installation of charging equipment, and possibly modification of your home's electrical panel if there isn't enough capacity.
What Is Quick Charging? "Quick Charging" or Level 3 charging is the fastest form of recharging available today, and can only be found at dedicated stations which require a subscription or payment. But the benefits are well worth the cost, especially if you're taking a long road trip or forgot to charge your vehicle the day before.
Today's newest electric vehicles are really able to take advantage of Level 3 charging. When connected to a 350 kW DC fast charger, your electric vehicle will charge the fastest!
Where Are Charging Stations Located? With electric vehicles becoming more popular, charging stations are easier to find than ever, especially if you live in a large metropolitan area. Many major malls, grocery stores, and office buildings have dedicated EV parking spaces with charging stations, and more "EV rest stops" are popping up alongside America's most popular freeways.
EVgo, Electrify America, and ChargePoint are examples of the growing networks of charging stations in the country, and finding specific charging stops is as simple as visiting a website or mobile app. Many EVs will already have these charging locations programmed in the navigation system, and Android Auto or Apple CarPlay will also have this information on-hand.
When Is the Best Time to Charge an Electric Vehicle? In some ways, EVs are just like your smartphone, in that the best time to charge it is, honestly, whenever you have convenient access to power. This could be when you're at work, shopping for groceries, or simply parked at home for the evening.
Because the element of time is unavoidable with electric charging, I personally like to always top off whenever I can so I don't end up with a low battery and "range anxiety." When charging at home, utilize the EV's built-in scheduling function to automatically charge during non-peak hours to reduce electric bill costs and network load.
What is MPGe? In the past, the vast majority of vehicles on the road were fueled by gas or diesel. So it made sense to measure efficiency by how many miles a vehicle could travel on a gallon. Hence the familiar MPG on the window sticker. But when the automotive industry began to pivot toward electric vehicles, the Environmental Protection Agency (EPA) needed a new measurement. MPGe stands for "miles per gallon equivalent." In creating the MPGe standard, the EPA based it around the fact that the energy in a gallon of gasoline was equivalent to 33.7 kilowatt-hours (kWh).