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This study aims to evaluate the energy efficiency of asynchronous electric drives under different inverter configurations and wear conditions.

June 18, 2026EnergiesOpen Access

The Optimization Potential in Terms of Energy Efficiency for an Asynchronous Electric Drive Through Voltage and Frequency Control with Its Technical Condition

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This study aims to evaluate the energy efficiency of asynchronous electric drives under different inverter configurations and wear conditions.
Analyzed electric drive performance using a scalar control algorithm for induction motors.
Performed mathematical and simulation modeling of inverter configurations with varying conditions.
Conducted laboratory tests to validate the reliability of the mathematical models.
Simulation and experimental results confirm that energy characteristics can be maintained during motor degradation.
Three inverter configurations were tested, demonstrating varying impacts on efficiency.
Proved the adequacy of the models with significant support for preserving energy efficiency.

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Randomized trial analyzes electric drive performance, highlighting the influence of inverter configurations on efficiency.

Васильев et al. (2026) studied this question.

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