Mobility is undergoing its biggest changes since the invention of the automobile. Makers of today’s electrified powertrains are looking to integrate drive inverters as key components of electrical powertrain systems.
Our complete integrated solution covers all inverter testing requirements that arise from automation, limit monitoring and measurement. Furthermore, easy parameterization and online operation of the AVL E-Motor Emulator™(E-ME) leads to most efficient inverter testbed operation.
Real-time data collection and fast access to all measurement devices and test cell facilities guarantee reliable and consistent measurement results. But the key advantages of PUMA 2 Inverter lie in its ease of use.
Graphical parameterization simplifies the definition of test cycles, and the centralized management of users, projects and quantities puts everything you need in one place. The system can be integrated with more than a hundred different measurement devices, including tools from third party suppliers. Last but not least, the built-in Device Driver Studio offers almost limitless compatibility with other systems.
Based on our AVL PUMA 2™ system – the global industry standard for testbed automation – PUMA 2 Inverter allows you to prepare and validate your testing tasks right from the office. This saves valuable testbed time, and maximizes ROI.
Fully Automatic
Maximize the usage of testbeds by defining and executing a sequence of predefined tests including fully automated test runs
Maximize Productivity
Usability, compatibility and simplicity are at its very heart, helping to reduce your effort, cut downtime and maximize productivity.
Highly Flexible
Possibility to share data across different testbed types and configurations
Our E-motor emulator (E-ME) is a game changer to the inverter testing methodology and PUMA has helped us making a full inverter test system out of it.
– Horst Hammerer, Director Electric System Testing, AVL List GmbH
AVL PUMA 2™ Inverter Solution Sheet
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In this webinar a game-changing test environment is presented where the battery and e-motor are replaced with emulators, which are controlled from a powerful automation system.
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