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    • 31. 发明授权
    • Apparatus for controlling high voltage by absorption of capacitive vars
    • 用于通过吸收电容变量来控制高电压的装置
    • US4368418A
    • 1983-01-11
    • US256062
    • 1981-04-21
    • F. Paul DeMelloRobert J. Ringlee
    • F. Paul DeMelloRobert J. Ringlee
    • H02J3/16H02K17/00H02K19/00
    • H02K19/00H02J3/16H02K17/00Y02E40/34Y10S174/17
    • Apparatus for controlling high voltage by absorption of capacitive vars, comprising a stator (10) having a core and a three phase winding (14) connected to the high voltage, and a rotor (12) having magnetic material (20) exhibiting a sharp magnetic saturation. The rotor (12) includes longitudinally extending damper bars (22) imbedded in grooves or slots (24) in a manner similar to the bars used in a squirrel cage rotor. The magnetic structure of the rotor can be of two types--a symmetrical structure for asynchronous operation, and a salient pole structure for synchronous operation. In the case of the symmetrical rotor construction, the stator (10) and rotor (12) constitute a rotating induction reactor (8) which operates in the same manner as a free running, unloaded induction motor. The induction reactor (8) exhibits characteristics similar to a saturable reactor with respect to var versus voltage absorption, but does not have the undesirable harmonics normally present in the saturable reactor. In the case of the salient pole rotor construction the stator (10) and rotor (12) constitute a rotating synchronous reactor which operates in the same manner as a free running unloaded reluctance motor. A series compensation arrangement can be provided by connecting capacitance means (24,26,28) in series with the stator winding (14) to reduce the droop characteristic of the incremental saturated inductance of the reactor (8) to almost zero. The transformer connecting the rotating reactor to the high voltage system can be provided with amps for steady state adjustment of the voltage level to be controlled.
    • 用于通过吸收电容变化来控制高电压的装置,包括具有芯的定子(10)和连接到高电压的三相绕组(14),以及具有磁性材料(20)的转子(12),其具有尖锐的磁性 饱和。 转子(12)包括以与鼠笼式转子中使用的杆类似的方式嵌入槽或狭槽(24)中的纵向延伸的阻尼杆(22)。 转子的磁性结构可以有两种类型 - 用于异步操作的对称结构,以及用于同步操作的凸极结构。 在对称转子结构的情况下,定子(10)和转子(12)构成旋转的感应电抗器(8),其运行方式与自由运行的无负载感应电动机相同。 感应反应器(8)表现出与可饱和电抗器相对于电压与电压的吸收相似的特性,但在可饱和电抗器中通常不存在不期望的谐波。 在凸极转子结构的情况下,定子(10)和转子(12)构成旋转同步电抗器,其操作方式与自由运行的无负载磁阻电动机相同。 可以通过将电抗器(24,26,28)与定子绕组(14)串联连接来提供串联补偿装置,以将反应器(8)的增量饱和电感的下垂特性降低到几乎为零。 将旋转电抗器连接到高压系统的变压器可以设置有用于稳态调整要控制的电压电平的放大器。
    • 36. 发明专利
    • Induction generation set
    • 感应发电机组
    • JPS5925555A
    • 1984-02-09
    • JP13515682
    • 1982-08-04
    • Toshiba Corp
    • TAKITA MASATO
    • H02K17/42H02K17/00
    • H02K17/00
    • PURPOSE:To prevent the stoppage of the drive of a machine during service interruption or on the shortage of fuel in an engine or the like by connecting the engine and an induction motor in tandem relation-ship and operating the engine while connecting the motor and a power supply. CONSTITUTION:An induction motor device is constituted by an aeration blower 1, the induction motor 2 driving the aeration blower 1 and a switch 3 switching power fed to the induction motor 2. The engine 4 is connected to the induction motor 2 in tandem relationship. The engine 4 drives the induction motor 2 as an induction generator. The aeration blower 1 is driven normally by two of the induction motor 2 and the engine 4. On the other hand, the induction motor 2 functions as an induction generator when it is operated by the engine 4 at its periodic velocity or more. When the quantity of storage of a digestion-gas storage tank 5 is small and the engine 4 cannot be operated to an extent that the aeration blower 1 is supplied with power, power required for that purpose is supplied with the induction motor 2 and the blower is operated.
    • 目的:为了防止在服务中断期间机器的驱动器停止或发动机等中的燃料不足,通过将发动机和感应电动机串联连接并在连接电动机和操作发动机的同时操作发动机 电源。 构成:感应电动机装置由充气鼓风机1,感应电动机2驱动曝气鼓风机1和开关3开关供电给感应电动机2。发动机4以感应电动机2的串联关系连接。 发动机4驱动感应电动机2作为感应发电机。 通风鼓风机1通常由感应电动机2和发动机4中的两个驱动。另一方面,当感应电动机2以其周期速度或更大的速度由发动机4操作时,感应电动机2用作感应发电机。 当消化气储存罐5的储存量小并且发动机4不能在通风鼓风机1被供电的程度下操作时,为此目的所需的动力被供给感应电动机2和鼓风机 被操作