MEDAS can simulate altitudes of up to 6,000 meters and map real driving situations with maximum precision – without the need for costly, time-consuming tests at different locations or even for complex altitude chambers. The innovative system was developed in cooperation with the Polytechnic University of Valencia (Universitat Politècnica de València, UPV) and offers a solution for a wide bandwidth of differently sized internal combustion engines. It allows the global comparison of test results across different altitudes above sea level as well as the simulation of altitude-dependent route profiles as required by emission legislature.
“The mapping of real driving situations in the laboratory is gaining in importance for manufacturers worldwide,” says Stefan Bender, General Manager Automotive Test Systems, HORIBA Europe GmbH. “However, systems available on the market up to now are too large and are neither flexible nor sufficiently precise or dynamic. Also, they consume too much energy. With MEDAS, we offer our customers an innovative portable solution which ensures that an internal combustion engine can be optimized promptly and reliably to meet the current certification standards.”
Mobile altitude simulation system
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Product
Darmstadt / Oberursel (Taunus), July 12, 2016 – At this year’s Automotive Testing Expo Europe in Stuttgart, HORIBA presented MEDAS (short for: Mobile Efficient Dynamic Altitude Simulator), a completely innovative altitude simulator for optimizing performance and emission optimization in engine development intended for portable use. In this way, the Japanese company expands its range in the field of real driving emissions (RDE).
