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Automotive Intelligence - the web for automotive professionals and car enthusiasts |
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January / February 2016
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Furthermore, the exhaust gas-aftertreatment is controlled flexibly within the permissible limits, depending on the particular operating state, in order to ensure engine protection and safe operation of the vehicle. It is thus possible to meet the statutory requirement of ensuring full functionality of the exhaust gas aftertreatment system up to at least 160,000 kilometres. These facts were accepted and confirmed in full by the TNO. We absolutely reject speculation or interpretation that possible deviations between test-bench measurements and measurements made during real driving conditions can only be explained by manipulation. No defeat device, i.e. a function that improperly restricts the effectiveness of exhaust-gas aftertreatment, is used by Mercedes-Benz. Neither do Mercedes-Benz vehicles have a function that automatically recognises when a vehicle is being tested. For several years, Mercedes-Benz has fully and actively supported the early introduction of the WLTP (Worldwide Harmonized Light Vehicles Test Procedure) and the measuring procedure for Real Driving Emissions (RDE). Both activities have the aim of converging norm and real values as far as possible in the future. Mercedes-Benz has always been a pioneer in diesel technology and, during recent years, has complied with new statutory requirements before they have even come into force in many cases. The next logical step is the introduction of an all-new diesel engine for the new E-Class. This engine marks the start of a new engine family and achieves new records in terms of efficiency, emissions and environmental compatibility. The E 220 d achieved combined NEDC average consumption of 3.9 litres per 100 kilometres, for instance, which equates to CO2 emissions of 102 grams per kilometre - a figure that until now only significantly smaller vehicles have been able to deliver. Photo: Mercedes-Benz (Jan 28, 2016)
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