Vehicle Testbeds 4x4 for Advanced Applications in R&D / 92 SIMULATION SOLUTIONS TEST SYSTEM SOLUTIONS Electrification Battery Test Systems E-Motor Test Systems Power Electronics Test Systems Component Test Systems MBD on the virtual testbed Engine Test Systems End of Line Test Systems Real Life Test Systems Driveline Test Systems Fuel and Lube Test Systems Emission Test Systems and Certification Vehicle Test Systems Racing Test Systems TESTING EQUIPMENT Dynamometers and Actuators Vehicle Testbeds Test Cell Mechanics and Control Room Media Conditioning Consumption Measurement Injection Testing Combustion Measurement Emission Analysis and Measurement In Vehicle Measurement TESTING EQUIPMENT SIMULATION TOOLS TESTING TOOLS CUSTOMER SERVICES The development of new drive concepts and powertrain functionalities entails new requirements for test systems. For this, AVL offers high-end solutions which meet the challenges. CHARACTERISTICS All four highly dynamic load units of the vehicle testbed can be controlled separately or synchronously. This is not only possible for generic analyses but also forms the basis for the basis for real-life testing in connection with AVL InMotion. Previously recorded 3D road profiles, including curves, can be modeled. Along with the conventional method (by means of coast-down coefficients), the road simulation is implemented through an advanced approach on the basis of a physical multi-body simulation model in connection with an environment, road, and driver model. This easily allows for the most different parameter variations, e.g. air resistance, vehicle weight, trailer, style of driving etc. Additionally, a comprehensive residual bus simulation on the basis of the simulation model can also be implemented (e.g. simulation of acceleration or traffic for ACC systems). APPLICATION The application field of 4x4 vehicle testbeds for Advanced Applications is broad: • Real consumption and emission analyses on customer-specific roads (e.g. Auto Motor and Sport track) • Development of advanced driver assistance systems, e.g. advanced driver assistance systems by free maneuver, road, and traffic definitions • Analysis of different (virtual and reproducible) driver types in connection with operating strategies BENEFITS AT A GLANCE • Highly dynamic four-motor vehicle testbed for modeling different pulling forces and speeds on all four wheels • Future-proof development platform for intelligent drive concepts such as electric drives as well as complex powertrain functions (e.g. torque/speed vectoring systems) • Maneuver-based real-life testing on the vehicle testbed • Parameterizable simulation models for driver, road and topology, environment, and residual vehicle Real-life testing on the vehicle testbed
Solutionskatalog2014_E
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