Michael Timmann
Daimler AG
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Publication
Featured researches published by Michael Timmann.
Archive | 2018
Michael Timmann; R. Inderka; T. Eder
Technical solutions to conventionally reduce the fuel consumption and CO2 emissions of combustion engines have been largely exhausted. In order to cope with continually increasing requirements via legislation and customers’ expectations, more costly and technically complex solutions must be investigated and introduced to meet these requirements. These technical and legislative challenges are also constrained by providing the customer the high level of performance and comfort they are accustomed to in a premium segment vehicle from Mercedes-Benz, while keeping the additional costs for the customers to a minimum. The 48V electrification of the powertrain and a number of auxiliaries has a great deal of potential to achieve these goals. Introducing a 48V system can be a cost-efficient, entry-level hybridization offering a large amount of the functionality of high voltage hybrids at a fraction of the cost. This makes it an attractive step in lowering the overall fleet consumption of a vehicle manufacturer for customers who are not interested in a plug-in hybrid or an electric vehicle at this time.
Archive | 2005
Jochen Dipl.-Ing. Holzer; Harald Dipl.-Ing. Liegert; Michael Timmann
Archive | 2004
Hans Braun; Ralf Korber; Michael Timmann; Jochen Weeber
Archive | 2004
Hans Braun; Ralf Korber; Michael Timmann; Jochen Weeber
Archive | 2004
Hans Braun; Ralf Korber; Michael Timmann; Jochen Weeber
Archive | 2004
Hans Braun; Ralf Korber; Michael Timmann; Jochen Weeber
Archive | 2004
Hans Braun; Ralf Korber; Michael Timmann; Jochen Weeber
Archive | 2004
Hans Braun; Ralf Korber; Michael Timmann; Jochen Weeber
Archive | 2005
Hans Braun; Ralf Koerber; Michael Timmann; Jochen Weeber
Archive | 2014
Michael Timmann; Martin Renz