How E-motor emulation technology is used to test an inverter?

The test system is based on e-motor emulation technology with real-time simulation. This leads to highly accurate results when testing the inverter with required battery voltage and e-motor current. For such a testing setup, exact copies of the e-motor and the battery are required.

Do drive inverters need full test coverage?

Full test coverage for drive inverters makes the difference in power electronics. The inverter is very complex, and its behavior and handling influence the driving experience significantly. Therefore, it needs to be tested and developed without further influences of other components.

What is AVL inverter TSTM?

Power electronics, in combination with a high level of signal complexity, require an appropriate test methodology and the use of adequate testing equipment. The AVL Inverter TS™ enables independent testing of the inverter while optimizing the integration with all other components in the electrified powertrain.

How does a power inverter work?

The inverter controls and monitors all driving conditions and the vehicle’s safety-critical functionalities. Power electronics, in combination with a high level of signal complexity, require an appropriate test methodology and the use of adequate testing equipment.

Why did Su-Vastika develop an automatic testing machine?

The RnD team of Su-vastika develops an automatic testing machine for testing inverter/UPS. We created this Machine to test our products and parameters, which we feel is essential for us to try as we need continuous up-gradation of these parameters.