Supplied as either a free-standing test rig or as a containerized solution, the battery test system supports the evaluation and life-time investigation of electrochemical energy storage systems used in hybrid and electric vehicles.
The AVL Electric Motor Test System functions as a complete development, testing, verification and validation environment for electric drives. It is used to determine and analyze the electrical, mechanical and thermal characteristics of electric motors.
The power electronics test system provides a real-world environment for the development, test and validation of inverters. Individual and system level testing is possible for start-stop, mild/full hybrid, and full electric vehicles.
Since individual electrified components have significant influence on each other, they need to be tested on a system level using an electric component integration test system prior to full installation on the powertrain testbed.
The AVL E-STORAGE LV is a low-voltage variant out of the successful E-STORAGE product line that is optimized for characterization and verification of electric driveline components in the automotive, marine, aviation and stationary power industry. The system is based on an advanced grid connected regenerative DC power supply that can be easily adapted to meet customer-specific requirements in testbeds and in dedicated laboratories.
The AVL e-Motor Emulator allows inverter and power electronic testing using a precise E-motor model coupled with fast and accurate power electronics – a "pHiL" (Power Hardware in the Loop). This system is optimized for testing inverters during design, verification and production phases under real environmental conditions. A wide range of fault stimulations are also possible so that the error behavior and monitoring of the inverter can be checked as well. The testing of the valuable (often...