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Electric Vehicles
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Electric Vehicles

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Go Green With an Electric Vehicle


You’ve probably seen electric vehicles (EVs) zipping by on the highway or plugged into a local charging station. This greener alternative is fueled by electricity, creating a cleaner, more cost-effective drive. With quiet acceleration, less maintenance and better day-to-day affordability due to shrunken fuel costs, it’s no wonder so many drivers are switching to electrical models — the EV surge is just getting started.

Let’s make the most of every mile and work to reduce your carbon footprint. We’ve paired need-to-know information with the right resources to start your journey.

How It Works

Ready to buy or considering a future purchase? Here’s what you need to know about owning and operating an EV.

EV Technology

Like gasoline-fueled cars, not all EVs are created equal — each is powered a little differently.

There are two distinct types on the market, so it’s worthwhile to understand the different driving range, energy usage and charging
options each offers.

  • All-electric vehicles run solely on battery power.
  • Plug-in extended-range hybrid vehicles (PHEV) generate energy from a battery. An internal combustion engine is used to extend the range of the vehicle, typically by recharging the battery.


Types of Chargers

Level 1 Charger
Residential
120 volt (standard outlet)

Approximate Charge Time:

Up to 40 miles in 10-12 hours

Charge Cost:
$3.39

Perfect For:

Daily travel, workplace
and overnight charging.


Level 2 Charger
Residential & Commercial
240 volt (dryer outlet)

Approximate Charge Time:

4-8 hours from empty to fully charged

Charge Cost:

$3.39 (Residential)
$5.25 (Commercial)

Perfect For:

Faster, convenient charges
on-the-go and for longer drives.

Level 3 DC Fast Charger
Commercial
Public Charging

Approximate Charge Time:

0 to 80% in 30-40 minutes

Charge Cost:

$4.80

Perfect For:

Rapid charging for any driving range,
but best for long distances.


Chart updated June 2024

Please note: Figures provided are estimates based on best available data. Each EV’s charge rate depends on a number of factors, including make, model, charger type, weather conditions and battery. Charge times/rates depend on the battery level, charger level, and time of day.


Types of EV Charging

Table showing locations, levels, pros and cons for alternating current (AC) charging and direct current (DC) charging. Alternating current (AC) charging level 1 is done at home. The pros are it's low cost, low grid demand and low battery degradation. The con is it's a very slow charging speed. Alternating current (AC) charging level 2 can be at home, fleet and public use. The pros are it's medium cost, low grid demand and low battery degradation. The con is it's slow to medium charging speed. Direct current (DC) charging can level is for public and large fleet use. Pros include medium to high charging speed and low to medium battery degradation. Cons include high costs, medium to high grid demand and high grid cost.

Get personalized, comprehensive cost breakdowns with our EV Calculator. Click here to explore the calculator.


Public Charging Stations

To ensure a smooth ride free of interruptions, we’ve worked with community partners to install several public charging stations throughout the Omaha metropolitan area and across the state — with more on the way.

Look at our map and click the links below for directions to the closest OPPD charging station. You can even extend your search to nearby cities for on-the-go travel charging.


Plus, we’ve identified some of our favorite fast-charge sites at the following locations:



Frequently Asked Questions

Although OPPD doesn’t currently offer rebates, federal and state incentives can make the upfront costs more affordable. Once purchased, you’ll also enjoy long-term savings on fuel, lower maintenance and potentially, auto insurance. See for yourself! Compare your current vehicle costs to that of an EV with the U.S. Department of Energy’s Vehicle Cost Calculator.


Yes, absolutely. Most vehicles can charge on one of two different levels at your home. All you have to do is get the charger installed by a professional with the appropriate permits. To learn more about the various types of charging, we’ve outlined the levels above.


The best time to charge a vehicle is at night or on weekends during off-peak hours, such as after 9 p.m. when energy demand and costs are lowest. Charging within this window ensures the least impact to the electrical grid.


You’ll be more than covered on your day-to-day drives. Under normal driving conditions, most EVs can travel between 200 and 300 miles on a full charge. For longer journeys or road trips, you’ll find plenty of public charging stations across the country. Plus, as newer models hit the market, the charge range is only expected to increase.

The average American only drives 31 miles a day, so most EVs should meet your regular needs. For longer trips, there are public charging stations located across the country. Use the PlugShare app (available through the Apple Store or Google Play) to locate charging stations and plan accordingly.


Extreme hot or cold temperatures could possibly cause your EV to lose range up to 50%. That means, if your engine normally gets 250 miles on a full charge, in extreme weather, you might only get 125 miles. Don’t want to worry about the weather? In extreme cold or heat, be mindful of your car’s charge. Leave significant margin, charge more frequently and be sure to precondition your battery before charging.

Additionally, many EV manufacturers have apps with features that let you schedule departure times, so your vehicle can be preconditioned for travel while still connected to a charging source.


The time of year, length and strength of your charge all play a role in energy bills. The average cost of charging a plug-in vehicle at home is about half the cost of filling a tank of gasoline, according to the Department of Energy (DOE). Check out the DOE’s Vehicle Cost Calculator for an estimate of how much you can save overall.


The actual number will depend on the make and model of your car, your location, the weather and other varied factors. Here is an estimate, using average numbers.

Utility costs for at-home EV charging are approximately $35 on your monthly utility bill. Monthly fuel costs for traditional combustion engine cars are about $136 for the average car of 25.7 mpg, based on driving 12,000 miles annually (1,000 miles per month).


As local ownership of electric vehicles expands, OPPD is monitoring the increased usage related to charging. The impact of electric vehicle charging remains manageable across our electric grid. Charging demand varies widely across our service territory; some areas have more electric vehicles than others. As needs change, we will continue to look for innovative ways to meet your needs, including new rate designs and rebates that encourage off-peak charging.



Still have questions?

We’re here to help. For more information about electric vehicles, please email customerservice@oppd.com or call 402-536-4131.