The Mercedes-Benz E300 BlueTEC HYBRID combines the excellent fuel economy of the 4‑cylinder diesel engine over long distances (motorway, inter-urban) with the advantages of an efficient hybrid in city and stop & go traffic. It therefore exhibits impressive efficiency with no compromises: thanks to the compact hybrid concept there are no restrictions in terms of spaciousness, comfort and safety.
Mercedes-Benz E300 BlueTEC HYBRID
In the Mercedes-Benz E300 BlueTEC HYBRID, Mercedes-Benz has combined the 2.2-litre four-cylinder diesel engine developing 150 kW (204 hp) with a powerful hybrid module. Its 20 kW electric motor, positioned between the internal combustion engine and the 7-speed automatic transmission, assists the diesel engine when the car is accelerating (boost effect) and, in alternator mode, is used for the recuperation of braking energy, although it is also suitable for driving under electric power alone. Based on the modular hybrid principle developed by Mercedes-Benz, this diesel hybrid is starting a new era in hybrid drive systems. The fuel consumption of the E300 BlueTEC HYBRID is 4.2 litres per 100 kilometres (CO2: 109 g/km).
Mercedes-Benz E300 BlueTEC HYBRID
In combination with 7G-TRONIC, a wet start-up clutch and the lithium-ion battery, the intelligent modular hybrid system requires little installation space and weighs around 100 kg. As in all Mercedes-Benz hybrid models, the hybrid components have all the features of the extensive "7-stage safety concept".
In time for the market launch the Mercedes-Benz E300 BlueTEC HYBRID will receive an environmental certificate according to ISO standard TR 14062. The certification by the neutral examiners at "TÜV Süd" attests to the brand's commitment to comprehensive environmental protection, which is enshrined in the operating guidelines for the entire Daimler group. In this process the company takes the environmental effects of a vehicle into account throughout its lifecycle - from development and production to use and eventual disposal.
Mercedes-Benz E300 BlueTEC HYBRID
In Germany the Saloon version of the Mercedes-Benz E300 BlueTEC HYBRID costs € 51,794.75, the Estate version € 55,007.75 (both incl. 19% VAT).
The Mercedes-Benz E300 BlueTEC HYBRID forms part of the brand's downsizing strategy, which involves making conventional models perform far more efficiently than previously - without sacrificing driveability or comfort. Here the company's engineers have their sights set on fuel consumption figures in everyday traffic, rather than on standard or NEDC combined consumption. The familiar "Real Life Safety" philosophy, which focuses on safety benefits under real-life conditions rather than standardised crash-test results, is augmented by "Real Life Efficiency".
The Mercedes-Benz E300 BlueTEC HYBRID is based on the E250 CDI, yet has a higher output and approx. 15 percent lower fuel consumption.
Mercedes-Benz E300 BlueTEC HYBRID
On the road therefore, the Mercedes-Benz E300 BlueTEC HYBRID is comparable to the E300 CDI (170 kW/540 Nm), yet it boasts around 35 percent lower fuel consumption and CO2 emissions. In terms of vehicle weight too, the Mercedes-Benz E300 BlueTEC HYBRID is on a par with the E300 CDI.
At the same time, hybridisation enhances ride comfort: the car starts and moves off in virtual silence, while the hybrid module also dampens any internal combustion engine vibrations. What's more, full climate control is available even in start/stop mode.
Mercedes-Benz E300 BlueTEC HYBRID
The hybrid drive unit is a further development of the module from the S400 HYBRID and is based on the 7G-TRONIC PLUS automatic transmission. Distinguishing features include omission of the hydraulic torque converter and the addition of a wet clutch of the kind also found in the high-performance AMG models. Consequently, the electric motor can be integrated in the transmission unit in such a way that it takes up only marginally more space than the 7G-TRONIC (+65 mm). The omission of the converter allows all-electric motoring as well as "sailing", thus significantly boosting the potential to reduce fuel consumption.
The compact electric motor, which is installed in space-saving configuration in the clutch housing between engine and transmission, is a 3-phase AC internal rotor magneto motor which generates a maximum output of 20 kW and peak torque of 250 Nm at an operating voltage of 120 volts.
Mercedes-Benz E300 BlueTEC HYBRID
The components: perfectly integrated into the vehicle
The hybrid drive's electrical energy is provided by the high-voltage lithium-ion battery specially developed for use in vehicles. Its key characteristics include an output of 19 kW and an energy content of 0.8 kWh, allowing the E-Class to run on electric power alone at up to 35 km/h and for up to one kilometre. Its space-saving installation in the engine compartment in place of the conventional starter battery means that the generous interior dimensions and the luggage compartment capacity remain unchanged. In addition to serving as an energy accumulator for the electric motor, the lithium-ion battery is also connected via the voltage converter to the 12V on-board electrical system, which supplies power to standard power-consuming devices such as the headlamps and the comfort features.
Sophisticated packaging means that numerous hybrid-specific components such as the high-performance electronics in the engine compartment can be directly incorporated with the internal combustion engine, thus neatly rounding off the modularity concept: the hybrid models can be produced on the same assembly line as their conventional counterparts without needing to be diverted elsewhere. Another plus point of the overall concept is the scalability and compatibility with other vehicles and engines.
Mercedes-Benz E300 BlueTEC HYBRID
Safety: on a par with previous models
Integration of the hybrid systems without any body modifications has the practical benefit of not restricting spaciousness in any way, as well as ensuring that all hybrid models boast exactly the same high level of safety as their counterparts with an internal combustion engine - a very important aspect for Mercedes-Benz. Accident behaviour has been successfully tested in crash simulations and tests.
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