Development of Electric Drive on the Basis of Five-Phase Synchronous Electric Motor

Kuric, Ivan; Nikitin, Yury; Sága, Milan; Tlach, Vladimír; Банников, А. Ф.

doi:10.3390/electronics11172680

Cited by 2 publications

(1 citation statement)

References 21 publications

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“…The IM AIR63V2 drive was chosen as the basis for this model, as it meets all the necessary specifications and is an excellent choice for the study. The CAD model was created based on the passport of the IM AIR63V2 and a real sample from which some non-critical dimensions were taken [28]. A schematic diagram of the information flow of the design of the IM is shown in Figure 1.…”

Section: Methodsmentioning

confidence: 99%

Digital Induction Motor Model Based on the Finite Element Method

2023

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This article presents the design of a drive system for robots and manipulators, which is based on the finite element method of an induction motor. The design process involves constructing a computer-aided design (CAD) model of the induction motor, which enables the generation of design documentation and control programs for computer numerical control (CNC) tools for manufacturing motor parts or conducting further research. A CAD model is developed for performing a finite element analysis of the motor in the SolidWorks software based on the popular AIR63V2 motor. The design of the motor’s housing, rotor, and stator is developed. Additionally, the electrical parameters of the motor are calculated using Ansys Electronic Suite—Maxwell RMxprt, utilizing the classical analytical theory of electrical machines and the equivalent magnetic circuit method. This takes into account such effects as the non-linearity of electrical steel, the non-sinusoidality of the magnetic flux in the gap, and the displacement of electric current in massive conductors. A complete model of an induction motor for research has been created, enabling the study of dependencies of speed and electromagnetic torque of an induction motor. The natural frequency of the rotor is calculated, which ranges from 922 Hz to 1015 Hz. The obtained values of calculations of natural oscillations of the CAD model of the motor can be used for motor diagnostics. Furthermore, the created project in the Ansys software can be utilized to design an induction motor with its own characteristics, optimized for specific tasks.

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Section: Methodsmentioning

confidence: 99%

Digital Induction Motor Model Based on the Finite Element Method

2023

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Development of a Multi-Motor Asynchronous Electric Drive with Changes in the Coordinated Rotation of the Supply Voltages of the Motors

Tergemes,

Nalibayev,

Zhauyt

et al. 2024

Applied Sciences

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This study considered the issue of increasing the synchronizing capacity of a system for the coordinated rotation of asynchronous motors. Electromechanical relationships were obtained for changes in the value of the supply voltage of individual motors, the total rotor resistance (Ra), and the angular positions of the rotors (φ1, φ2, and φ3), with possible changes in angular misalignment. Additionally, we created an algorithm for calculating the currents and torques of the system’s motors within 0 and 90о and constructed the relevant mechanical characteristics. Ultimately, we developed various versions of multi-motor asynchronous electric drives with regulation and supply voltages (Un = 0.7 ÷ 1.0), featuring increasing and equalizing torques (Mn = 1.0 ÷ 1.4) in the system as a whole, along with the preliminary synchronization and synchronous braking of all motors.

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Development of Electric Drive on the Basis of Five-Phase Synchronous Electric Motor

Cited by 2 publications

References 21 publications

Digital Induction Motor Model Based on the Finite Element Method

Digital Induction Motor Model Based on the Finite Element Method

Development of a Multi-Motor Asynchronous Electric Drive with Changes in the Coordinated Rotation of the Supply Voltages of the Motors

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