EV at a Glance
Electric
Zero emissions. No more stopping for gas.
Plug-in Hybrid
Electric when you want it. Gas when you need it.
Hybrid
Electric power and gas take your MPG further.
Fuel Cell
Electric power created by hydrogen. Water is the only emission.
EVerything about EVs
Electric
An electric vehicle (EV) has a sufficiently large battery while sporting an electric motor that is powerful enough to deliver long range driving capability and performance without even needing a gas tank or engine. Reducing CO2 emissions by going fully electric is one way to can lessen our impact on the environment. Zero tailpipe emissions.
Plug-in Hybrid
A plug-in hybrid vehicle (PHEV) is a gasoline-powered hybrid with a noticeably larger battery and has the capability to recharge it using an external power source. When the battery has charge, it behaves similar to an electric car but the engine fires up. When the battery begins to get low. It also uses regenerative braking to save fuel.
Hybrid
A hybrid is a 100% gasoline-fueled vehicle but does not rely entirely on its gas engine for propulsion. Hybrids have electric motors that will sometimes work in tandem with the engine to save fuel. Methods of regenerative braking are used to help you accelerate next time your car is at a complete stop.
Fuel Cell
Like all electric vehicles, fuel cell vehicles use electricity to power an electric motor. The difference being that fuel cell EVs produce electricity using hydrogen instead of solely relying on a battery. Creating a true zero emission vehicle.
The Perks of Plugging in
Federal Tax Credit
Up to $7,500 rebate. Additional state incentives may apply.
Local Savings
Several state, local utilities and others offer additional incentives.
Low Maintenance
Normal upkeep and repairs are less likely with EV vehicles. Less time at the service shop, more time on the road.
Charge at Home
Charge at home, work, or one of the many growing number of public charging stations.
Fun to Drive
Electric motors create smooth but instant torque and acceleration, making for a quiet yet exciting ride.
Electric Mode
Save money by using only electric power for short distances and gas for longer trips.
Are you Charged up?
Level 1: 120-Volt
Good for drivers traveling short distances. Ability to charge around 2-5 miles of range every hour.
Anywhere a 3-prong outlet exists, you’re charge ready.
Level 2: 240-Volt
The preferred option for charging quicker at home. Ability to charge around 10-20 miles of range every hour.
These home installations can be performed by licensed electricians.
You can find these level 2 chargers in public at nationwide charging stations.
Level 3: DC Fast Charging
The fastest method to charge up on the move. Ability to charge around 60+ miles of range every 20 minutes.
Only available at public charging stations.
Charge times will vary depending of the type of charger in use.
Battery Life
The average electric car battery will last between 10 and 20 years before needing to be replaced. Most manufacturers offer a 10 year/100,000 mile warranty. The life capacity of your battery depends on how it is treated and cared for.
Here are a few ways to help prolong the lifespan of your battery:
- The range of the battery can be sensitive to extreme temperatures. Trying to limit exposure to very hot or cold temperatures for sustained periods of time will help the battery last longer.
- Try to never let the battery completely run out of juice. Keeping the range of the battery between 20% and 80% will help with efficiency.
- Preventing the battery from being charged too frequently or for too long will also help prolong the life expectancy.
Battery performance, life expectancy, and charge rate can vary depending on any of the following:
- The type of electric car charger.
- The type of car battery being used.
- The brand and/or the model of the vehicle.
- How the battery is maintained over time.
- The climate the vehicle is subject to enduring.
- General maintenance of the vehicle.