Electrification – Future-oriented know-how from AVL / 56 SIMULATION SOLUTIONS TEST SYSTEM SOLUTIONS Electrification Battery E-Power Test Measurement Systems System E-Motor Test Systems Battery Test Systems Power Test E-Motor Electronics Systems Test Systems Power Component Electronics Test Test Systems Systems MBD Flow Test on the Benches virtual Thermal testbed Test Systems MBD Engine on Test the Systems Virtual Testbed End of Line Test Engine Systems Test Systems Real End of Life Line Test Test Systems Systems Real Driveline Life Test Test Systems Systems Fuel Driveline and Lube Test Systems Test Fuel Systems and Lube Emission Test Systems Test Systems and Emission Certification Test Systems and Certification Vehicle Test Systems Vehicle Test Systems Racing Test Systems Racing Test Systems TESTING EQUIPMENT SIMULATION TOOLS TESTING TOOLS CUSTOMER SERVICES The electrification of the powertrain means developers are faced with many challenges. Electrification not only increases the complexity of systems but range of solutions as well. Therefore, a partner with both comprehensive component know-how and a holistic perspective on the system is critical. AVL provides its customers with exactly this comprehensive expertise. AVL is equipped to test all components of the electrified powertrain, both as individual components and within the system. Additionally, customers are provided with the advantage that the electrical assemblies can be tested together with the entire powertrain of a hybrid vehicle (internal combustion engine, transmission, etc.) or with the entire vehicle on the testbed. In addition, by using the simulation platform AVL InMotion™, realistic performance results (energy optimization, drivability, etc.) can be achieved on a component and/or system level. TEST SYSTEMS FOR ALL ELECTRICAL COMPONENTS AVL offers test systems for development and durability testing, and quality assurance for all components of the electrified powertrain, electric motors, high-voltage batteries and inverters. AVL inverter test systems emulate the electric motor. All electrical and mechanical conditions can easily and quickly be simulated using parameterization. Furthermore, the function of the inverter can be tested with different designs of the electric motor and diverse error scenarios on the basis of emulation without requiring a physical electric motor. Using the AVL E-Motor test systems, all types of electric motors (ISG and BSG starter generators and axle motors) can be checked for functionality, reliability and endurance. AVL battery test systems serve to optimize the service life, safety, performance and cost-efficiency of energy storage systems.
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