On Demand

EV Inverter Hardware Development: When Active Power Makes the Real Difference

Picture of AVL Active Load Cabinet

Modern tools are improving the historical methods used to develop and validate traction inverters. What was once long, expensive testing on an assortment of dynos, vehicles, and passive loads has been shortened and improved with new tools and methods. 

We invite you to stream this webinar on-demand to learn how the recently launched AVL Active Load Cabinet combines with other advanced tools to shorten development schedules, reduce costs, and improve test coverage to mode flexibility to innovate. 

Four Key Takeaways 

1: Fast UUT commissioning enabled by the easy test setup capability: only 4 parameters must be defined to start the testing process. 

2: Easy and fast adjustment of several parameters: R and L can be parametrized via mouse click during operation. 

3: Minimum facility requirements only 30kW AC connection for power and water connection for cooling is needed. 

4: Leverage AVL’s solution for a wide range of applications thanks to a one-phase current source and four-quadrant mode operation.

Recording available - 40 min
Presentation language
English
Topics
  • Inverter Hardware Development
  • Facility Requirements
  • Inverter Development and Validation

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Matt Hortop
EV Research Scientist
AVL Test Systems, Inc.

Want to learn more about the AVL Active Load Cabinet? Please download our solution sheet for more detailed product information.

AVL North America: AVL Active Load Cabinet
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