Comparison and design of different electrical machine types regarding their applicability in hybrid electrical vehicles

Finken, T.; Felden, Matthias; Hameyer, Kay

doi:10.1109/icelmach.2008.4800044

Cited by 125 publications

(68 citation statements)

References 5 publications

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“…Kobre-galerak (nagusiak direnak makina-mota horretan) murriztu egiten dira eremu horretan; beraz, makinaren eraginkortasuna hobetu egiten da abiadura altuetan. Ordainetan, errotorean sortzen diren galera gehigarriek makinaren eraginkortasuna murrizten dute abiadura nominalaren inguruan [11]. Horrez gain, beste zenbait desabantaila ditu makina-mota horrek, hala nola gainkargan operatzeko limitazioak, bero-galera gehigarriak makinako errotorean eta aire-hutsune txiki baten beharra (magnetizazio-korronteak murrizte aldera) [11].…”

Section: Indukzio-makinakunclassified

“…Bestalde, IPMSM makinek unitateko momentu elektromagnetiko gehiago sortzeko gaitasuna dute; horrez gain, eremu-ahulketa gaitasun hobea dute [14]. Arrazoi horiek eta makinaren abantailak kontuan hartuta, IPMSM motako makinak oso egokiak dira ibilgailu elektriko eta hibridoetan erabiltzeko [5,11]. Makina-mota hori Toyota Prius eta Camry ibilgailuetan aurki daiteke, besteak beste.…”

Section: Ibilgailu Elektrikoen Propultsio-sistemak: Motor Elektrikoakunclassified

“…Alde horretatik, horien ezaugarrien arteko konparaketa kualitatiboa erakusten du 1. taulak [23,11]. Indukzio-makinek eskaintzen dute fidagarritasunik altuena pro duk ziokostu baxuarekin.…”

Section: Makinen Teknologien Konparaketa Eta Aplikagarritasunaunclassified

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Ibilgailu elektrikoen propultsio-sistemak: motor elektrikoak eta horien kontrola

Trancho

Ibarra²,

Arias³

et al. 2017

EKAIA

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Laburpena:Ibilgailu elektriko eta hibridoetako propultsio-sistemetan erabiltzen diren motor elektrikoen artearen egoera aztertzen du artikulu honek. Horrez gain, makina horiek kontrolatzeko ohikoak diren FOC (Field Oriented Control) eta DTC (Direct Torque Control) kontrol-egiturak azaltzen eta konparatzen dira, eta baita motorraren posizio eta abiadura mekanikoa neurtzen duen sentsorerik gabeko kontrola (sensorless, ingelesez) ere: behatzaileetan oinarritutako estimadoreak, abiadura moderatu eta altuetarako baliagarriak direnak, eta salientzia magnetikoan oinarritutako metodoak, abiadura baxu edota ibilgailua geldi dagoenean ezartzen direnak. Amaitzeko, teknologiak etorkizunean izan ditzakeen erronkak eta joerak azaltzen dira. Hitz-gakoak:Ibilgailu elektrikoa, motor elektrikoak, sentsorerik gabeko kontrola. Abstract:This article provides a state of the art of the electric machine technology used in Electric and Hybrid Electric Vehicle applications. Most common FOC (Field Oriented Control) and the DTC (Direct Torque Control) strategies are explained and compared. Position and speed sensorless control strategies are also detailed: observerbased estimators, suitable for medium/high speed ranges and magnetic saliency based methods, applicable for low speeds and standstill operation. Finally, challenges and future trends of this technology are provided.

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Section: Indukzio-makinakunclassified

Section: Ibilgailu Elektrikoen Propultsio-sistemak: Motor Elektrikoakunclassified

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Ibilgailu elektrikoen propultsio-sistemak: motor elektrikoak eta horien kontrola

Trancho

Ibarra²,

Arias³

et al. 2017

EKAIA

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“…São de destacar: bons desempenhos dinâmicos com elevados níveis de eficiência energética (numa ampla gama de variação de binário-velocidade, incluindo as frenagens), elevadas capacidades de sobrecarga, bem como densidades de potência e fiabilidade, naturalmente com custos que tornem viável a sua implementação [3]. Tais exigências colocam múltiplos desafios ao desenvolvimento e aplicação dos motores A tecnologia associada aos MI apresenta um nível de maturidade muito elevado, não significando que esteja esgotado o espaço para novos desenvolvimentos.…”

Section: Introductionunclassified

Aplicação de Motores Síncronos de Ímanes Permanentes e Motores de Indução em Veículos Elétricos

Melo¹

2017

neutroaterra

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“…[19] The electric motors are designed for optimal power supply and deviations from such power supply will deteriorate the efficiency of the machine. The slight deviation of the phase supply of 2% can increase the loss up to 25% [9] and reduce the efficiency of the machine. Moreover, electric motors in electric vehicles are supplied with converters and the ac supply obtained from those converters is not purely sinusoidal and contains multiples of fundamental frequency called harmonics.…”

Section: Efficiency Of An Electric Machinementioning

confidence: 99%

Effciency of an Electrical Machine in Electric Vehicle Application

Shah

Silwal

Lehikoinen

2016

J. Inst. Engineering

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Abstract:Machines have always made life simpler, directly or indirectly. They have been developed for a very wide range of applications. For the performance analysis of any machine, one important parameter to be considered is the machine loss. This consideration has significances like determining the efficiency of the machine which in turn influences the operating cost, determining the heating of machine and for accounting the voltage drops or current component associated with the cause of the losses and many more. Losses in electrical machines can be categorized according to the causes or phenomena that produce them. The efficiency of an electrical machine directly depends on different kind of losses in the machine. Therefore, in this paper we primarily focus on the losses in the machine. First, all possible losses, their causes and effects in an electrical machine have been explained. A brief account of calculating those losses has also been explained. The standard method of calculating the efficiency follows after that. Finally, a finite element analysis is performed for a test machine and the losses and the efficiency of the test machine is studied.

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Comparison and design of different electrical machine types regarding their applicability in hybrid electrical vehicles

Cited by 125 publications

References 5 publications

Ibilgailu elektrikoen propultsio-sistemak: motor elektrikoak eta horien kontrola

Ibilgailu elektrikoen propultsio-sistemak: motor elektrikoak eta horien kontrola

Aplicação de Motores Síncronos de Ímanes Permanentes e Motores de Indução em Veículos Elétricos

Effciency of an Electrical Machine in Electric Vehicle Application

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