Choose an EV that fits your lifestyle
There are dozens of affordable electric vehicle (EV) models available today. They range from sedans to minivans to pickup trucks.
Choose the EV that works best for you and your family.
(e.g. BMW X5 E, Tesla Model X and Y, Mitsubishi Outlander)
(e.g. Tesla Model S)
Check out the Consumer Guide to Electric Vehicles to find your perfect EV.
You can install an EV charging station at home. You can also find them at work and on the road.
Charge at home
According to energy.gov, EV drivers primarily charge their vehicles at home. Many EVs come with a portable Level 1 charger. Some people invest in more powerful Level 2 chargers for home use.
Talk to your landlord about charging at multi-family homes and let them know we offer a rebate.
|Level 1||Level 2|
Most EVs come with a standard Level 1 charger.
Level 2 chargers are often sold independently of EVs.
A Level 2 charger is the fastest means of charging an EV at home.
|120-volt outlet||240-volt outlet (may require electrical upgrades)|
|3-5 miles per hour; 17-20 hours to fully charge||8-24 miles per hour; 4-5 hours to fully charge|
Costs (charger and installation)
|Alliant Energy rebate||None||Up to $750 for a networked charger
Up to $500 for a non-networked charger
Learn more about charging your electric vehicle at home.
Charge at work
Share this information with your company if you believe EV charging stations would be a good fit. Let your company know we offer a rebate.
Charge on the road
There are public EV charging stations throughout the United States at national parks, shopping centers, gas stations and along highway corridors. These are typically Level 2 charging stations, but DC fast chargers are becoming more available, accessible and visible. Fast chargers can fully charge a vehicle from empty to full in 15-45 minutes depending on the type of EV; that’s just enough time to grab a quick meal, use the restrooms and stretch before you hit the road again.
Note: Depending on type and model, many plug-in hybrid electric vehicles cannot use DC fast chargers due to their internal electrical capabilities.
The cost to charge EVs in public depends on the state and host that provides the charger.
Public EV charging stations may be priced:
- Per hour.
- Per kilowatt-hour.
- Per session.
- As a monthly or annual subscription fee.
Some public charging stations are free.
We offer a rebate for the purchase and installation of some Level 2 EV charging stations. Check it out!
EVs can get you where you want to go
The term “range anxiety” is the fear that an EV will not have enough power to meet day-to-day travel needs. The reality is that EVs have more than enough range to get commuters where they need to go in a day, and that range keeps increasing.
According to the EPA, the typical daily household commute is 50 miles per day.
Battery electric vehicles (BEVs) can now travel 300-400 miles on one charge, with some models even exceeding that. That gives the typical driver almost an entire week without the need to recharge.
Plug-in hybrid electric vehicles can travel more than 500 miles (using both electric and gas components) without recharging or refueling. Learn more about EV basics and types of EVs.
With improvements in technology and battery storage, experts expect those numbers to climb.
Plus, we’re collaborating with other electric companies across the United States as part of the Edison Electric Institute National Electric Highway Coalition. Together, we’ll install DC fast chargers throughout the country, creating reliable charging infrastructure that will reduce range anxiety among EV drivers.
Get the most for your money by charging at off-peak times
EVs cost less to fuel because electricity costs less than gas. To lower your fuel cost further, consider enrolling in a complimentary rate plan and charging when rates are lowest, generally nights and weekends
Check out rate plans where you live.
Learn more about these tips and others at MyEV.com.
Driving an electric vehicle EV instead of an all-combustion gas engine vehicle reduces gasoline consumption and tailpipe emissions. Battery electric vehicles and hybrids in electric mode produce zero tailpipe emissions, contributing to cleaner air quality.
According to energy.gov, the emission reduction from EVs can help improve public health and reduce ecological damage. And when the electricity on which they run comes from clean energy resources like wind and solar, they are an even cleaner option. Learn the average emissions rate of an EV in your state.