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2018 Mercedes E 300de Estate – Exceptional Pulling Power And High Efficiency

| Video | 12.10.2018

2018 Mercedes E 300de Estate – Drive, Interior and Exterior. Color: Iridium Silver. Subscribe.

2018 Mercedes E300de Estate Technical data at a glance:

Number of cylinders/arrangement/type: 4/in-line/diesel
Displacement (cc): 1950
Rated output of combustion engine (kW/hp at rpm): 143/194 at 3800
Rated torque of combustion engine (Nm at rpm): 400 at 1600-2800
Rated output of electric motor (kW): 90
System output (kW/hp): 225/306
System torque (Nm): 700
Acceleration 0-100 km/h (s): 5.9
Top speed (km/h): 250
Top speed, electric (km/h): over 130
Electric range (km): up to 54 (52)
Battery energy content (kWh): 13.5
Combined electrical consumption (kWh/100 km): 19.7 (Estate) 18.7 (Saloon)

In the E 300 e and 300 de models, the electric motor in the hybrid traction head of the 9G-TRONIC 9-speed transmission now has an EQ Power of 90 kW and delivers 440 Nm of torque from a standing start. When the four-cylinder combustion engine and electric motor are working in unison, the transmission sends an electronically limited peak torque of 700 Nm to the rear axle (E 350 e: 550 Nm).

Furthermore, the high-voltage battery in the E-Class takes up the same amount of space but has a far greater energy content of 13.5 kWh (previously 6.4 kWh) due to its modified cell chemistry. Thanks to a water-cooled on-board charger with a capacity of 7.4 kW, the battery can be charged from 10 to 100 percent SoC (State of Charge) in approx. 1.5 hours at a Wallbox (Mercedes-Benz has introduced a new generation of these, too) if the full power is used. The same is possible in around five hours even at a conventional domestic power socket.

There is a choice of five driving programs and four operating modes, allowing the powertrain management strategy to be adapted both to the driver’s requirements and to the on-board energy supplies. This control system achieves its highest efficiency in the Economy or Comfort program as it accesses the data of all the driver assistance systems – such as radar sensors, camera and navigation system – and outperforms any driver when it comes to anticipatory driving. The powertrain management takes account of the topography, route and traffic situation to calculate precisely when it is best for the driver to come off the accelerator (and use the momentum for charging), when and how often the transmission should change gear to save fuel and maximise the range of the electric drive, and how the operating temperature of all major components needs to be controlled to negotiate the next uphill gradient efficiently.

The ECO Assist provides hints on the display in front of the driver and uses a resistance point on the accelerator pedal so that the driver intuitively knows how much acceleration is needed to minimise operation of the combustion engine. Drivers who follow this advice and regularly make use of the 'gliding' function, recuperation and all-electric driving receive confirmation of the distance covered without petrol consumption and emissions at the end of the journey.

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