0000000000675929

AUTHOR

Alina-cristina Viorel

showing 2 related works from this author

Transverse flux generators a solution for stand-alone wind mill

2015

The transverse flux generator (TFG) proposed in the paper as a solution for stand-alone wind electric power plants has a topology derived from a reluctance one. This variant has a permanent magnet on the rotor derived for a well-known topology in literature. Consequently, the number of rotor poles becomes double compared with stator one. The paper analyses the possibility of using a multiple modules one phase structure in comparison with poly-phase topology. The costs, torque harmonic content and the different rotor poles' topology are discussed and the conclusions are useful for the plant designer.

EngineeringMagnetic reluctancebusiness.industryRotor (electric)StatorTopology (electrical circuits)law.inventionGenerator (circuit theory)Control theorylawMagnetHarmonicTorquebusiness2015 13th International Conference on Engineering of Modern Electric Systems (EMES)
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A discussion on variants of stand-alone electric powerplant equipped with transverse flux generators

2015

The paper discussed several designed variants of TFG with different number of poles, speed and dimensional coefficients starting from two base module variants with a rated power of 8kW and 11 kW respectively. The proposed layout came from reluctance one and it is suitable to equipped stand-alone electric power plant being a proper solution for isolated farms. The influence of large number of poles on torque density values obtained at low rotational speed is discussed in paper.

EngineeringPower ratingElectricity generationPower stationMagnetic reluctanceControl theorybusiness.industryMagnetTorque densityElectrical engineeringTorqueRotational speedbusiness2015 13th International Conference on Engineering of Modern Electric Systems (EMES)
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