Kia EV6: Electric vehicle guide / Change of distance to empty when 100% charging

Contents:

• EV Economy History
• Power/Charge gauge
• State of Charge (SOC) gauge for high voltage battery

• If the estimated distance to empty decreases because the Kia EV6 has adapted to your driving style or environmental conditions, the estimated range may increase again when the vehicle is driven according to efficient driving practices. The distance-to-empty value can be reset by a workshop, but this does not increase the actual battery range. Until the Kia EV6 relearns the driver’s driving pattern, the displayed range may temporarily be less accurate.

• During winter or low-temperature operation, the Kia EV6 distance to empty decreases because the high-voltage battery temperature is lower. This reduction is temporary, and the estimated driving range increases again when battery temperature rises.

• Reducing unnecessary electrical load usage helps maximize the available driving range of the Kia EV6.

• As the Kia EV6 ages and the high-voltage battery experiences natural long-term degradation, the available distance to empty gradually decreases over time.

Operating tips to improve driving range

• As vehicle speed increases, aerodynamic drag rises significantly. Avoiding excessive speed helps improve the Kia EV6 driving range and overall energy efficiency.

• Rapid acceleration consumes a large amount of electrical energy, while aggressive braking can reduce regenerative braking efficiency. Maintaining smooth acceleration and stable throttle input helps optimize Kia EV6 energy consumption.

• Excessive use of the heater or air conditioning system increases electrical power consumption and reduces driving range. Setting the climate system to 72°F (22°C) in AUTO mode provides balanced energy efficiency during normal driving conditions. In winter, using heated seats while reducing cabin air heating can improve overall efficiency. Turn off unnecessary heating or cooling functions whenever possible.

• Selecting air recirculation mode consumes less energy than fresh air mode because the Kia EV6 does not need to continuously heat or cool outside air. Driving with windows open also increases aerodynamic resistance and climate system workload. For maximum efficiency, keep the windows fully closed while driving.

• When driving alone, use DRIVER ONLY mode for the climate control system to reduce unnecessary energy consumption.

• Always maintain the recommended tire pressure and use tires specifically designed for electric vehicles to improve rolling efficiency and Kia EV6 range performance.

• Avoid operating unnecessary electrical accessories while driving.

• Do not carry unnecessary cargo or heavy items inside the Kia EV6.

• Avoid installing roof racks, carriers, or exterior accessories that may increase aerodynamic drag and reduce driving efficiency.

EV Economy History ➤

Power/Charge gauge

The Kia EV6 Power/Charge gauge displays the vehicle’s real-time energy consumption level together with the charging and regenerative braking status of the high-voltage battery system.

• Power: Displays the amount of electrical energy being consumed while accelerating, climbing hills, or driving under increased load conditions. The higher the gauge rises, the more electrical power the Kia EV6 is using.

• Charge: Displays the amount of electrical energy being recovered through regenerative braking while decelerating or driving downhill. The stronger the regenerative braking effect, the lower the gauge moves toward the charge area.

State of Charge (SOC) gauge for high voltage battery

The SOC gauge shows the current charging level of the Kia EV6 high-voltage battery.

A low percentage value indicates that the available driving range is limited, while 100% indicates that the Kia EV6 battery is fully charged and ready for maximum driving range.

Before beginning long-distance or highway driving, always confirm that the Kia EV6 battery has sufficient charge available for the planned route.

When the remaining high-voltage battery charge falls below 20% (25% for the standard battery type), the warning light () illuminates to notify the driver that the battery level is low.