首页> 外国专利> OPERATIONAL METHOD OF AUTONOMOUS OPERATION TYPE ROTARY ELECTRIC MACHINE, AUTONOMOUS OPERATION TYPE ROTARY ELECTRIC MACHINE, ELECTRIC AUTOMOBILE MOTOR POWER SOURCE USING THEM, AND AUTONOMOUS OPERATION TYPE POWER GENERATION DEVICE

OPERATIONAL METHOD OF AUTONOMOUS OPERATION TYPE ROTARY ELECTRIC MACHINE, AUTONOMOUS OPERATION TYPE ROTARY ELECTRIC MACHINE, ELECTRIC AUTOMOBILE MOTOR POWER SOURCE USING THEM, AND AUTONOMOUS OPERATION TYPE POWER GENERATION DEVICE

机译:自主运行型旋转电机的运行方法,自主运行型旋转电机,使用其的电动汽车动力源,以及自主运行型发电设备

摘要

To provide an operational method of an autonomous operation type rotary electric machine, an autonomous operation type rotary electric machine, an electric automobile motor power source using them, and an autonomous operation type power generation device, in which a power generation output is generated during an operation of a rotational machine, the power generation output is amplified and recycled in an exciting coil of the rotational machine, and thus, an output torque can be substantially improved.SOLUTION: A motor stator 105 and a power generation stator 107 are adjacently arranged in an axial direction. By the power generation stator, a main power generation and an auxiliary power generation are output. The auxiliary power generation is converted into a DC power and is accumulated in an accumulation device 20 formed by LiC, and an accumulation power StP is output. The accumulation power is amplified in a high frequency power amplifier 30, and a DC amplification power DaP is generated. Multi-phase driving powers φu, φv, and φw are generated from the DC amplification power by an inverter 34, and are supplied to the motor stator, and thus, can perform an autonomous operation of a motor, and the output of the main power generation can be improved by improving a torque output of the motor.SELECTED DRAWING: Figure 2
机译:为了提供一种自主运行型旋转电机的运行方法,一种自主运行型旋转电机,使用它们的电动汽车电动机电源以及一种自主运行型发电设备,其中,在运行期间产生发电输出。旋转电机的运行中,发电输出在旋转电机的励磁线圈中被放大和再循环,因此可以显着提高输出转矩。解决方案:电动机定子105和发电定子107相邻布置在轴向。通过发电定子,输出主发电和副发电。辅助发电被转换为DC电力并且被蓄积在由LiC形成的蓄电装置20中,并且输出蓄电StP。累积功率在高频功率放大器30中被放大,并且产生DC放大功率DaP。多相驱动功率φu,φv和φw由逆变器34从DC放大功率产生,并且被提供给电动机定子,因此,能够执行电动机的自主操作以及主功率的输出。可以通过改善电动机的扭矩输出来提高发电效率。图2

著录项

  • 公开/公告号JP2019122127A

    专利类型

  • 公开/公告日2019-07-22

    原文格式PDF

  • 申请/专利权人 ENEON INSTITUTE LLP;

    申请/专利号JP20170255473

  • 发明设计人 HATANAKA TAKESHI;

    申请日2017-12-29

  • 分类号H02K47/04;H02K53;B60L15;

  • 国家 JP

  • 入库时间 2022-08-21 12:24:35

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