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Electrified AWD SUVs Sedans Performance
Electric vehicle charging
Electric vehicle charging
Electric vehicle charging
Electric vehicle charging
Electric vehicle charging
Electric vehicle charging

With electrified vehicles you no longer have to rely on gas as the only source of power. In fact, electric and fuel cell models don’t use fossil fuel at all. Which is why two of the most important questions many shoppers ask is, “How do I keep my electrified vehicle charged?” and “How does it fit into my life?” We’re here to answer these questions and more.
Impact on EV Range: outside temperature

Outside temperature⁠

As with gas vehicles, EVs are also affected by extreme temperatures. Both cold and very hot weather impact the battery’s performance, reducing range. Low temperatures also cause the tire pressure to drop, which means more rolling resistance. ⁠

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Impact on EV range: Climate Control

Climate control⁠

Running the A/C, heater, or using the heated seats can drain the battery. To conserve energy, pre-heat or pre-cool your EV while plugged in, which can be done remotely with the Hyundai Bluelink app. ⁠

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Impact on EV Range: Driving Style

Driving style⁠

Aggressive driving such as quick acceleration and hard braking uses up more battery power. To maximize your range, try gradually increasing your speed and anticipating stops to slow down smoothly. ⁠

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Impact on EV Range: Speed

Speed⁠

If you want to maximize range, moderate speeds are key. Higher speeds mean more wind resistance, which requires more power to compensate. This causes the motor(s) to heat up and become less efficient. Plus, the battery doesn't get as much charge back from regenerative braking. ⁠

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Impact on EV Range: Terrain

Terrain⁠

If your route goes through a hilly or mountainous area, your current range will drop faster than normal since driving uphill consumes more energy than traveling on level ground. ⁠

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Impact on EV Range: other factors.

Other factors⁠

An electric vehicle’s driving range is also impacted in a number of other ways, including the weight it's carrying, the tire pressure, and battery condition. ⁠

⁠

Stopping power. Literally.

When it comes to charging, regenerative braking can help extend the range of all our electrified vehicles. When you coast or brake, the brakes turn the wheels’ rotations into electricity, which is stored in the battery . IONIQ 5, IONIQ 6, KONA Electric, NEXO Fuel Cell, TUCSON Hybrid, and TUCSON Plug-in Hybrid have control paddles behind the steering wheel, which let you choose from different levels of regenerative braking.

Non-U.S. Preproduction Model Shown

Regenerative braking

High ⁠
Set to higher levels of regenerative braking, you get more energy capture when decelerating. On IONIQ 5, IONIQ 6, and KONA Electric you can use the i-Pedal function which activates the brakes when you take your foot off the accelerator, slowing to a complete stop. ⁠
Low ⁠
When you set to the lower levels of regenerative braking, you capture less energy but get longer, smoother coasting when you take your foot off the accelerator pedal. ⁠
Smart ⁠
Activate the Smart Regeneration System, and it automatically adjusts the regenerative braking level according to the speed and distance of the vehicle in front of you. ⁠
MPGe
Making the switch from a gas to an electrified vehicle is a big decision. One great reason to go electric is lower overall energy costs. To make it easier to compare electric with gas models, the EPA created MPGe which stands for “miles per gallon of gasoline-equivalent.”
MPGe explained
Simply put, MPGe is the distance an EV can travel on 33.7 kWh of electricity, which is the energy equivalent of one gallon of gas.

As an example, here’s a comparison between the 2025 KONA Electric and our gas-powered KONA:

Range⁠

2025 KONA Electric SE: 118 MPGe (EPA-est.)
2025 KONA SE (gas): Up to 31 MPG (combined)

Cost to travel 100 miles⁠

2025 KONA Electric SE: $4.00 (at $0.14 per kWh)
2025 KONA SE (gas): $10.01 (at $3.10 per gallon)

You can also use MPGe to compare different types of electrified vehicles. For instance, 2025 IONIQ 5 SE Standard Range RWD has 114 Combined MPGe while 2025 TUCSON Plug-in Hybrid has 77 Combined MPGe.
Charger types
At home or on the go.
If you’re considering an EV or a plug-in hybrid, it’s important to understand the different types of chargers out there and how long each takes to power up your vehicle.
Level 1
Level 2
Level 3
The easiest home charging option—you simply plug into a standard 120V AC outlet with a portable Level 1 charging device. However, Level 1 charging takes significantly longer than other charging options. ⁠
The faster way to charge at home. Level 2 charging requires specialized equipment that plugs into a 240V AC outlet, like Hyundai Home’s ChargePoint® Home Flex EV charger. Fully charging your vehicle can take as little as 7 hours depending on the model and various conditions. ⁠
Found at public locations like charging stations and shopping centers—check charging capabilities in your area using our map link below. Using over 480 volts, DC fast chargers can take your vehicle from 10% to 80% in as little as 25-64 minutes, depending on model. Even better, a 350-kW, 800V DC ultra-fast charger can power up a 2025 IONIQ 6 from 10 to 80% in just 18 minutes. And you get about 68 miles of range after 5 minutes of charging. ⁠
See charging stations map ⤵
Charger types
At home or on the go.
If you’re considering an EV or a plug-in hybrid, it’s important to understand the different types of chargers out there and how long each takes to power up your vehicle.
Level 1
The easiest home charging option—you simply plug into a standard 120V AC outlet with a portable Level 1 charging device. However, Level 1 charging takes significantly longer than other charging options. ⁠
Level 2
The faster way to charge at home. Level 2 charging requires specialized equipment that plugs into a 240V AC outlet, like Hyundai Home’s ChargePoint® Home Flex EV charger. Fully charging your vehicle can take as little as 7 hours depending on the model and various conditions. ⁠
Level 3
Found at public locations like charging stations and shopping centers—check charging capabilities in your area using our map link below. Using over 480 volts, DC fast chargers can take your vehicle from 10% to 80% in as little as 25-64 minutes, depending on model. Even better, a 350-kW, 800V DC ultra-fast charger can power up a 2025 IONIQ 6 from 10 to 80% in just 18 minutes. And you get about 68 miles of range after 5 minutes of charging. ⁠
See charging stations map ⤵
Getting charged has never been easier.
With DC fast-charging available across the country through the ChargePoint and IONNA networks, you can feel confident there’s always power ahead.
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Learn more about IONNA

Electrified vehicles you fuel at the pump.

Fuel cell vehicles use an electric motor powered by hydrogen, allowing for fast, gas- like refueling in about five minutes. ⁠

Battery health
Rest assured, when it comes to your Hyundai EV’s lithium ion battery, you can always count on our 10-year/100,000-mile Limited Battery Warranty. For even more peace of mind, here’s how your battery stays healthy:⁠

Protect your battery from heat⁠

During very hot weather, shaded spots or staying plugged in when parked help your vehicle’s thermal management system run more efficiently.

Ideal charging range⁠

A 100% charge is there when you need it, but the optimal range for better battery life is between 25% and 75%.

Standard chargers⁠

While DC fast chargers are great for road trips and saving time, for everyday charging, standard chargers are much better for your battery’s long-term health.

Timed chargers⁠

Going on vacation? A timed charger helps keep your battery at an ideal charge level between 25-75% while you’re away.

FAQ

The actual charging time varies based on a number of factors, including the vehicle model and trim, current battery charge level, output of the charging unit, vehicle and battery settings, and outside temperature. Level 1 is the easiest home charging option—you simply plug into a standard 120V AC outlet with the portable charging cable that comes with select Hyundai models. But it takes significantly longer than other charging options. Level 2 charging can fully charge your vehicle in as little as 4 hours 55 minutes (2025 KONA Electric SE Standard Range) depending on the model and various conditions. For Level 3 charging, DC fast chargers can take your vehicle from 10% to 80% in as little as 18-73 minutes, depending on model. Even better, a 350-kW, 800V DC ultra-fast charger can power up 2025 IONIQ 6 from 10 to 80% in just 18 minutes.⁠
The cost to charge an electric vehicle (EV) depends on several factors, including local electricity rates, the type of charger used, where you charge (home vs. public charging station), and the vehicle itself. To help you calculate your possible fuel savings by switching to an electric vehicle, please use our estimated savings calculator.
Not all electric vehicles use the same charger. Different charging connectors and standards are used by manufacturers and regions. To accommodate a variety of vehicles, public charging stations usually offer multiple connector types. For Level 1 charging via a standard 120V AC outlet, your Hyundai includes a Level 1 charging cable. However, a Level 2 charging cable is not included.
Starting with the 2025 IONIQ 5, Hyundai electric models will come equipped with NACS ports standard, enabling you to use Tesla Superchargers. Each 2025 IONIQ 5 will also come with a CCS adapter, so you can still charge at non-Tesla DC fast charging stations.⁠
According to the U.S. Department of Energy, there are over 65,000 electric vehicle (EV) charging stations across the United States. Hyundai is joining seven other global automakers to build an unprecedented charging network. With BMW Group, General Motors, Honda, Kia, Mercedes-Benz Group, Stellantis NV, and Toyota—we’re installing at least 30,000 high-powered DC chargers across North America. Most importantly, our network will be open to anyone who drives electric. Learn more here.⁠
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