Driving Innovation Together: Yokogawa and TestLine Power Academic Research

June 29, 2026

University research laboratories are playing a key role in the transition to electrification. To develop and validate next-generation electric motors, inverters, and drive systems, researchers need more than advanced prototypes. They need accurate, repeatable measurement results.

At the center of this process is the test bench: an integrated environment designed to evaluate motor performance, inverter behavior, efficiency, and dynamic response during design and prototyping. Depending on the application, these academic test benches can include a mechanical braking unit, inverter drive system, AC/DC power source, torque and speed sensors, temperature measurement, and automated test software for data acquisition, analysis, and reporting. What does an advanced university test bench support? Typical applications include:

• Electric motor performance and efficiency testing
• Inverter and drive system validation
• Torque and speed measurement
• Multi-phase power analysis
• Dynamic performance evaluation
• Research into high-efficiency control strategies, semiconductors, and alternative materials

To support these requirements, Yokogawa and Testline are collaborating with leading research institutions to deliver advanced test benches equipped with state-of-the-art measurement technology. These systems help academic laboratories increase their testing capabilities and generate reliable data for electrification research.

At the core of these solutions is the Yokogawa WT5000 Precision Power Analyzer, part of the WT Series. Known for its unmatched accuracy and modular design, the WT5000 enables synchronized acquisition of electrical parameters and torque measurements, supporting up to four torque and speed sensors simultaneously. These capabilities are essential for modern electrification research.

Why does this matter? In electrification research, small measurement errors can affect how efficiency, losses, and system performance are evaluated. Accurate and reproducible data is essential for validating new motor designs, optimizing inverter control, and comparing the performance of different materials, components, and system architectures.

Together with national research initiatives, academic laboratories are increasing the capabilities of their test benches to support these developments. By combining TestLine’s engineering expertise with Yokogawa’s precision measurement technology, researchers can validate each breakthrough with accurate, reproducible measurement results.

For over 20 years, TestLine has trusted Yokogawa for precision and reliability. Today, this collaboration supports academic institutions in advancing electrification research with test solutions that combine accuracy, flexibility, and advanced functionality.

Electrification is accelerating, and together, Yokogawa and Testline_srl are powering the research that will define its future.

Learn more about Yokogawa’s precision measurement solutions for university test benches and explore how they can support electrification and other research applications at Yokogawa Test&Measurement

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