SIMULATION SOLUTIONS TEST SYSTEM SOLUTIONS Electrification atterette Eotorette oerElectronic ette oonent ette onteirtal tete Enineette Enoine ette ealieette rielineette elane ette Eiionette anertification eicleette acinette TESTING EQUIPMENT naoeter anctator Vehicle Testbeds etellecanic anontroloo eiaonitionin ontion eareent nectionetin otion eareent Eiionnali aneareent neicle eareent TESTING EQUIPMENT SIMULATION TOOLS TESTING TOOLS CUSTOMER SERVICES AVL Vehicle Testbeds APPROACH TO VEHICLE TESTBEDS Modern frontloading-oriented development processes with integrated and consistent use of simulation tools significantly etend the application spectrum of vehicle testbeds. Benchmarking, development and certification tasks previously reserved for road testing are more and more relocated to vehicle testeds. Ojectification represents a major advantage of vehicle testbeds providing reproducible test conditions availale at any time ensuring efficient tests and measurements. Thanks to precise metrology and intuitive measuring – the control and automation technology AVL PUMA Open Vehicle Testing in comination with AVL InMotion™ powered y CarMaker and AVL CAMEO™ – the tool chain AC Advanced Caliration for rivea ility and the measuring system AVL M.O.V.E. – AVL vehicle testeds meet all reuirements for current and future oriented R tasks as well as those for an efficient development process. Availale for all new hyrid and electric vehicles as well as for all frontloading-related tasks, these tools and features provide a seamless transition from road to testbed, where a realistic simulation is enabled. BENEFITS AT A GLANCE Shorter development times due to high levels of reproduciility in vehicle tests Continual improvement y means of uniform tools on all tested types riveaility improvement thanks to AVL PUMA Open Vehicle Testing as well as AVL InMotion™ powered y CarMaker and AVL CAMEO™ in comination with AC and the measurement system AVL M.O.V.E. TASK The vehicle testbed provides a realistic simulation of the road under reproducile environmental conditions. Vehicles with all types of powertrain systems can e tested. As these systems are suject to further diversification, the application fields on the vehicle tested etend and a central development tool eually integrating all vehicle components will e necessary. Thanks to a closer connection of vehicle testbed to engine and driveline tested y reusing test specifications, correlating test results and standardizing testing tools and methods allows for savings. The field of use and application range of vehicle testeds is also effectively roadened for new applications such as shifting uality and driveaility, maneuver-ased testing and powertrain caliration. Since the data is collected overnight and at weekends the capacity utilisation of the vehicle tested can e significantly increased. The suseuent data evaluation and the generation of, for eample, all driveaility caliration variants in the office environment makes it possile to simultaneously use vehicle prototypes for other calibration tasks. AVL vehicle testeds stand out ecause of impressive innovative characteristics such as Active raking support Implemented uality checks and service logook Feed-forward type of control and innovative rolling resistance control algorithms Precision tractive force and speed measurement chains / 108
Solutionskatalog_2017_E
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