Battery electric powertrains.
Eco-friendly, fun, and practical.
With its innovative range of all-electric vehicles, Hyundai is pushing the envelope of electric mobility. The lineup ranges from compact cars to SUVs. Enjoy high-torque fun, everyday ranges, and quiet, emission-free driving.
Electric driving technology.
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Lithium-ion polymer battery.
Hyundai's lithium-ion polymer batteries have a lower memory sensitivity and excellent charge efficiency compared to conventional batteries. Choose the size of your battery pack depending on your driving range needs.
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Electric motors.
The electric motor delivers high torque and high efficiency. It also delivers an impressive electric acceleration when you start driving. When braking, the electric motor serves as a generator to charge the battery.
Smart technology for intelligent driving.
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Adjustable regenerative braking.
Braking is optimised to get the most out of the regenerative braking system, helping maintain a healthy state of charge (SOC). The driver can easily adjust the level of regenerative braking through the paddle shifters behind the steering wheel. -
Regenerative braking levels.
Level 0: Regenerative braking is not in operation and the battery is not being charged. Level 1 to level 3: With each level higher, the car decelerates more using the electric motor, increasing the charging strength at the same time. The higher the level, the more the car slows and charges the battery when you take your foot off the accelerator.
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1-paddle mode.
It is also possible to actively brake the car using the paddle shifter. Simply pull the left paddle shifter and hold. You can slow the car to a complete stop in this way without pressing the conventional brake pedal. -
Hold.
Pull the left paddle shifter and hold to activate maximum strength regenerative braking. It is possible to stop the car in this way – without using the conventional brake pedal. Charging strength is the strongest in this mode.
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Smart regenerative braking.
The smart regenerative braking system utilizes the on-board radar sensor to automatically control the level of regenerative braking to react to the traffic ahead. Additionally, it also detects if the car is driving up or downhill and adjusts accordingly.
Charging and driving range.
How often do you need to charge?
Set the bar according to your daily commute and calculate the number of days between charges.
KONA Electric
days
IONIQ 6
days
IONIQ 5
days
Just as there is a range of factors that affect the fuel efficiency of an internal combustion engine (ICE), the total electric driving range will be affected by the size of the battery, your driving style, the outside temperature, any passengers you are carrying and more.
