Safety comes first.

As with any other car, safety is the top priority in the design of electric vehicles. They undergo the same crash tests and meet electric-vehicle-specific standards on top of that. Let’s address EV safety concerns related to weather, accidents, and the charging process.

Weather

Temperature and weather conditions.

Hyundai electric vehicles are equipped with a wide range of safety systems to ensure top performance in every kind of weather. Extreme temperatures – hot or cold – are hard on lithium-ion batteries. Hyundai has developed highly advanced Battery Management Systems to help ensure that your battery is protected from environmental influences – preserving driving range and prolonging battery lifecycle.  
  1. The Hyundai IONIQ 5 Electric driving safely through snow and cold weather.

    Preserving battery power.

    At low temperatures, battery performance decreases, lowering driving range. Hailed by experts as the newest EV innovation, Hyundai’s high-efficiency heat pump system has drastically reduced the loss of efficiency in the cold. Another way to beat the cold and save battery power is to use the “scheduled preheat” function to heat the car while plugged in.

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  1. A man eating an ice-cream leaning on a Hyundai IONIQ_6 plugged in at a public charging point.

    Protection from overheating.

    No harm will come to your electric vehicle from just being parked in the heat. But, charging may take longer and your top driving speed may be reduced. Thanks to Battery Management Systems Hyundai EVs are able to determine when the load on the batteries gets too high. This avoids irreparable damage that might otherwise occur above 60 degrees Celsius.

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Accidents

Electric cars are safe in accidents.

Clean mobility has always been a solution for a greener world, but EVs are just as safe for the passengers inside as they are for the environment. Hyundai’s innovative dedicated EV platform – E-GMP – has safety built right into its core, with an ultra-high-strength steel frame, maximising the safety of everyone inside.
  1. The positioning of the battery inside the Hyundai electric vehicles protecting you and the battery.

    Low centre of gravity.

    Hyundai EV batteries are located in the vehicle floor. This makes centre of gravity very low and less likely to roll over than a conventional car.
  2. The positioning of the battery inside the Hyundai electric vehicles protecting you and the battery.

    Keeping passengers safe.

    The low center of gravity also provides better stability on the road. In case of collision, the 8-point battery mounting absorbs impact to keep passengers safe.
  3. The motor of the Hyundai EVs with their extensive safety measures for your protection.

    High-voltage safety.

    In case of an accident, an EV battery is automatically disconnected from the other high-voltage components and cables within milliseconds.

    See how safe the TUCSON Plug-in Hybrid is.

    See how the TUCSON Plug-in Hybrid combines best-in-class safety features and advanced driver-assistance systems with the latest electric vehicle safety and battery management systems – to deliver top performance and peace of mind in all every kind of weather.

    Electricity

    General safety issues.

    Thanks to careful engineering and design, Hyundai electric vehicles have been created to be safe to operate and charge. The battery and electric motor only emit electromagnetic waves comparable to your flatscreen television. And for more safety and peace of mind while charging, the cable is locked and cannot be removed on either end.
    A mother and her child in the back of a Hyundai electric vehicle.

    Electromagnetic waves.

    Electromagnetic wave measurements in the cabin are very low, whether the car is standing or moving. They are comparable to an average lamp or TV.
    The plugged in charging cable of the Hyundai IONIQ 5 EV, which cannot be removed while it’s locked.

    Locking charging cable.

    When locked, the central locking system includes the charging cable plugged into your car and the charger. During the charging, the cable cannot be removed.
    The plugged in charging cable of the Hyundai IONIQ 5 EV, which cannot be removed while it’s locked.

    Charging.

    Easy, close and affordable.
    More about charging

    Discover more about our electric vehicles.

    A happy woman on the passenger seat of a Hyundai IONIQ 5 full-electric vehicle.

    Discover the fun factor of our electric vehicles.

    More fun, more comfort.

    The Hyundai IONIQ 5 electric vehicle plugged in at a charging point, seen from a window.

    Sustainability.

    Electric vehicles are eco-friendly.

    1. Cutout of the Hyundai IONIQ 6

      IONIQ 6

      • Main features:
      • Up to 77.4 kWh battery capacity
      • Up to 614 km electric range*
      • 18 min to recharge (10 to 80%)**
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    2. Cutout of the Hyundai IONIQ 5

      IONIQ 5

      • Main features:
      • Up to 77,4 kWh battery capacity
      • Up to 570 km electric range*
      • 18 min to recharge (10 to 80%)**
      Explore
    3. Cutout image of the Hyundai Kona Electric.

      KONA Electric

      • Main features:
      • Up to 65.4 kWh battery capacity
      • Up to 514 km electric range*
      • 41 min to recharge (10 to 80%)**
      Explore
    4. Cutout image of the Hyundai IONIQ 5 N.

      IONIQ 5 N

      • Main features:
      • Up to 84 kWh battery capacity
      • Up to 448 km electric range*
      • 18 min to recharge (10 to 80%)**
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    5. Cutout of the Hyundai TUCSON Plug-in Hybrid

      TUCSON Plug-in Hybrid

      • Main features:
      • 13.8 kWh battery capacity
      • 65 km electric range*
      • 3 h 30 min to recharge (10 to 100%)**
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    6. Cutout of the Hyundai SANTA FE Plug-in Hybrid

      SANTA FE Plug-in Hybrid

      • Main features:
      • 13.8 kWh battery capacity
      • 58 km electric range*
      • 3 h 30 min to recharge (10 to 100%)**
      Explore

      Discover our electrified vehicles.

      Discover all

      *Range shown is according to WLTP combined cycle. Driving range may vary slightly depending on road conditions, your driving style and the temperature. It is also is dependent on the type of tyres equipped. Technical data not final.

      ** Charging time is based on charging with on 32A wallbox and 3.3 kW OBC.  Charging times  may vary depending on available charging conditions, including charger type and condition, battery temperature and ambient temperature at point of use.

      *** This model is not yet available for sale. Official technical data and range of this model are pending final homologation.