Start synchronous motor vector control algorithm with encoder without hall-sensors

Борисов, С. В.; Gusev, N. V.; Bykovskih, Pavel V.; Obraztsov, K.V.

doi:10.1109/sibcon.2016.7491729

Cited by 1 publication

(1 citation statement)

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“…Both figures 3, 4 show results of optimization of the reliable acceleration and restraint states when the motor reverses line power sensor. Applied algorithms of asynchronous motor parameters identification [8] and sensorless vector control [9,10] allows the control system to adapt to the dynamic modes of operation depending on the inertia of the mechanical system. There is an obvious advantage that applied control algorithms intended …”

Section: Smart Grids 2016mentioning

confidence: 99%

Vector Control System Design for Four Degree-of-Freedom Dynamic Flexible Simulation of the Variable-Frequency Drive

2016

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Abstract.In the present work we investigate the control system development of the drive simulators to train driver/operator driving skills, taking into account the ever-changing terrain. In order to meet the required response of the four degree-of-freedom motion platform servomotor current studies have been focused on the vector control of the resistance motor angular velocity from the sensor being incremental encoder. In proposed system the standard security of the frequency converter is realized. It leads to overload capacity of two times within minutes determined by servomotor inertia. Further, we represent the algorithms: positional limitation, reliable acceleration and restraint, frequency break.As well as we demonstrate the position switches implement in software. As a result, the control system commands the control of the angular position of the platform in coordinates.

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Section: Smart Grids 2016mentioning

confidence: 99%