USE THE MAXIMUM RANGE OF EQ MODELS
For electric vehicles, numerous factors, including topography and vehicle weight - but also personal driving style - have a considerable influence on the range. In addition, the outside temperature also has an effect on the battery, which often means that the real range is differs from the published standard value.
With the right tactics, you can make optimal use of the vehicle's range. One of the essential points is the cooling or warming of the vehicle interior. The air conditioning of the interior is basically designed to be efficient and automatically uses the waste heat from the battery as well as the outside and circulating air. Consumers in particular, such as seat heating, have a significant impact on the range of the model. The lithium-ion battery, that means the drive battery, also provides the electricity for the (secondary) consumers in the vehicle.
Always use the pre-conditioning function on the plug
One can significantly influence the range with an optimally temperature-controlled interior using the pre-air conditioning function. To do this, the driver simply sets the time and temperature in advance - via the Mercedes me app or in the MBUX. If the interior is air-conditioned during the charging process, it saves an initial heating up or cooling down - and thus energy in the drive battery. This allows you to fully utilize your range. This applies to winter as well as to cooling and heating output in summer.
Technical equipment supports with better range
With special equipment in the vehicle, support is also provided ex works for an optional range. Energy-efficient driving programs with special accelerator pedal characteristics help with low energy consumption. The “active range monitoring” in conjunction with activated navigation continuously checks whether the entered destination is reached with the current battery level and recommends changing an efficient driving program if necessary. The remote and navigation services simultaneously show the current range (range on map) on the map and inform in real time which charging stations are currently available.
Haptic accelerator pedal communicates by means of a pressure point
Vehicles with a haptic accelerator pedal even communicate with the driver via a pressure point and help to save energy when driving. The propulsion torque can also be reduced here, thus helping to reach the destination or the next charging stop. At the same time, the ECO Assistant supports you with anticipatory driving and informs you via the instrument cluster to take your foot off the accelerator pedal - should a speed limit or a gradient come, or a vehicle is driving ahead and you can slow down. The system determines whether the vehicle could continue to roll with the lowest possible driving resistance and thus sail, or whether it is better to decelerate at the moment and thereby recuperate energy for the battery. The intensity of the recuperative deceleration can also be varied manually by the driver.