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    • 81. 发明申请
    • POWER CONDITIONER
    • 电源调节器
    • US20160087549A1
    • 2016-03-24
    • US14787331
    • 2014-04-23
    • PANASONIC INTELLECTUAL PROPERTY MANAGEMENT CO., LTD.
    • Hideki TAMURAKazunori KIDERAJin YOSHIZAWA
    • H02M7/797H02J5/00H02M1/36H02J3/38
    • H02M7/797H02J3/383H02J5/00H02M1/36H02M7/125H02M7/48H02M2001/007
    • A power conditioner includes first and second power conversion portions, a smoothing capacitor, and an auxiliary power supply. The first power conversion portion is connected to a DC system. The second power conversion portion is connected to an AC system. The capacitor is connected between wires of an intermediate bus which connects input/output terminals of the first power conversion portion and the second power conversion portion. The auxiliary power supply receives commercial power and generates an auxiliary charge voltage to be applied to the capacitor. The first power conversion portion converts DC power of the storage battery to a first DC voltage and outputs the first DC voltage to the intermediate bus. The second power conversion portion converts a voltage of the capacitor to an AC voltage and outputs the AC voltage to the AC system. The auxiliary charge voltage is lower than the first DC voltage.
    • 功率调节器包括第一和第二功率转换部分,平滑电容器和辅助电源。 第一电力转换部分连接到DC系统。 第二电力转换部分连接到AC系统。 电容器连接在连接第一电力转换部分的输入/输出端子和第二电力转换部分的中间总线的导线之间。 辅助电源接收商用电力,并产生要施加到电容器的辅助充电电压。 第一电力转换部将蓄电池的直流电力转换为第一直流电压,并将第一直流电压输出到中间总线。 第二电力转换部分将电容器的电压转换成AC电压,并将AC电压输出到AC系统。 辅助充电电压低于第一直流电压。
    • 82. 发明授权
    • Propulsion control apparatus for electric motor car
    • 电动汽车推进控制装置
    • US09221346B2
    • 2015-12-29
    • US13375702
    • 2010-07-05
    • Hidetoshi KitanakaToshiaki TakeokaKeita Hatanaka
    • Hidetoshi KitanakaToshiaki TakeokaKeita Hatanaka
    • H02P3/14B60L7/16H02J1/12H02J7/04H02M7/797
    • B60L7/16B60L15/40B60L2200/26H02J1/12H02J7/045H02M7/797
    • A propulsion control apparatus for an electric motor car includes: an inverter apparatus connected to a DC power supply; a motor connected to an output of the inverter apparatus; a converter apparatus connected to an input of the inverter apparatus; and a power storage apparatus connected to an output of the converter apparatus, is configured to charge/discharge a part of power running power or regenerative power of the motor to/from the power storage apparatus. The converter apparatus includes a converter control unit that generates, based on a regeneration state signal as a signal indicating a suppression state of the regenerative power or regenerative torque or regenerative current equivalent to the regenerative power, a charging current command value, generates a charging and discharging current command value of the converter apparatus based on the charging current command value, and performs control.
    • 一种用于电动汽车的推进控制装置包括:连接到直流电源的逆变器装置; 连接到逆变器装置的输出的电动机; 连接到逆变器装置的输入端的转换器装置; 以及连接到所述转换器装置的输出端的电力存储装置,被配置为对来自所述蓄电装置的电动机的一部分动力运行电力或再生电力进行充放电。 转换器装置包括转换器控制单元,其基于作为表示再生功率的抑制状态的信号的再生状态信号或与再生功率相当的再生电流的再生电流,生成充电电流指令值,生成充电和 根据充电电流指令值对转换器装置的电流指令值进行放电,进行控制。
    • 83. 发明授权
    • Voltage converter comprising a storage inductor with one winding and a storage inductor with two windings
    • 电压转换器包括具有一个绕组的存储电感器和具有两个绕组的存储电感器
    • US09124176B2
    • 2015-09-01
    • US13892475
    • 2013-05-13
    • SMA Solar Technology AG
    • Burkard Mueller
    • H02M3/158H02M1/32H02M1/42H02M7/217H02M7/797H02M11/00H02M3/335G05F1/618
    • H02M3/158G05F1/618H02M1/32H02M1/4208H02M3/33576H02M7/217H02M7/797H02M11/00
    • A circuitry includes first, second, and third switching elements, first and second storage inductors, two connector pairs, and first and second intermediate potential points. The second storage inductor includes first and second windings. The first intermediate potential point is connected to a first connector of the first connector pair via the first storage inductor, to the second connector of the first connector pair via the third switching element, and to the second intermediate potential point. The second intermediate potential point is connected to the first connector of the second connector pair via a series connection of the first switching element and the first winding of the second storage inductor, and to the second connector of the second connector pair via a series connection of the second switching element and the second winding of the second storage inductor.
    • 电路包括第一,第二和第三开关元件,第一和第二存储电感器,两个连接器对以及第一和第二中间电位点。 第二存储电感器包括第一和第二绕组。 第一中间电位点经由第一存储电感器连接到第一连接器对的第一连接器,经由第三开关元件连接到第一连接器对的第二连接器,并连接到第二中间电位点。 第二中间电位点通过第一开关元件和第二存储电感器的第一绕组的串联连接而连接到第二连接器对的第一连接器,并且经由第二连接器对的串联连接连接到第二连接器对的第二连接器 第二开关元件和第二存储电感器的第二绕组。
    • 84. 发明授权
    • Method of measuring link voltage
    • 测量链路电压的方法
    • US09075089B2
    • 2015-07-07
    • US13822579
    • 2011-09-26
    • Kenichi Sakakibara
    • Kenichi Sakakibara
    • G01R19/00H02M1/44H02M7/797H02M5/458G01R19/25
    • G01R19/0084G01R19/2513H02M1/44H02M5/4585H02M7/797
    • A cycle is divided into a first period and a second period. The first period is longer than the second period. Two sections in which a unit voltage vector is adopted in the first period are adopted as a first section and a second section. A first measured value of a link voltage is measured at a midpoint of the first section and a second measured value of the link voltage is measured at a midpoint of the second section. Then, a representative value of the link voltage in a cycle including the first period is obtained by interpolation of the first measured value and the second measured value. A maximum value of the link voltage is obtained by dividing the representative value by cos θ.
    • 一个周期分为第一个周期和第二个周期。 第一期比第二期长。 采用在第一时段中采用单位电压矢量的两个部分作为第一部分和第二部分。 在第一部分的中点处测量链路电压的第一测量值,并且在第二部分的中点处测量链路电压的第二测量值。 然后,通过第一测量值和第二测量值的内插获得包括第一周期的循环中的链路电压的代表值。 链路电压的最大值通过将代表值除以cos&
    • 86. 发明授权
    • Harmonic current suppression method and harmonic current suppression device of power conversion device
    • 电力转换装置的谐波电流抑制方法和谐波电流抑制装置
    • US08971066B2
    • 2015-03-03
    • US13814288
    • 2011-08-05
    • Kazunobu OiYugo Tadano
    • Kazunobu OiYugo Tadano
    • H02M1/12H02J3/01H02M7/797
    • H02M1/126H02J3/01H02M7/797Y02E40/40
    • A current control unit takes a deviation between a current command value and a current flowing through an inverter of a power conversion device, and controls the inverter based on the deviation. A harmonic sensing part receives input of an output current of an AC filter, and outputs a predetermined order harmonic of the input current in a direct current value form. A disturbance observer estimates the disturbance of the harmonic based on the output current and a coefficient defined as an inverse function of a transfer function from harmonic suppression current command value to filter output current detection value. A harmonic suppression control unit takes the deviation between the estimated harmonic disturbance and a disturbance command value that suppresses the disturbance, and calculates a harmonic suppression current command value. The harmonic suppression current command value is superimposed on the current command value of the current control unit.
    • 电流控制单元取得电流指令值与流过功率转换装置的逆变器的电流的偏差,并根据偏差来控制逆变器。 谐波感测部分接收AC滤波器的输出电流的输入,并以直流值形式输出输入电流的预定次谐波。 扰动观测器根据输出电流估计谐波干扰,根据谐波抑制电流指令值将滤波器输出电流检测值定义为传递函数的反函数。 谐波抑制控制单元获取估计的谐波干扰与抑制干扰的扰动指令值之间的偏差,并计算谐波抑制电流指令值。 谐波抑制电流指令值叠加在电流控制单元的电流指令值上。
    • 87. 发明授权
    • Bidirectional energy converter with controllable filter stage
    • 具有可控滤波器级的双向能量转换器
    • US08971057B2
    • 2015-03-03
    • US12731070
    • 2010-03-24
    • Lynn B. Smith
    • Lynn B. Smith
    • H02M7/797H02M3/335
    • H02J7/0052H02M3/33584H02M7/797
    • The invention provides a bidirectional converter that operates under an AC generation mode or a charge mode. The bidirectional converter may be a single component or circuit, which may include a DC-DC conversion stage using a unique “Smith 2 Stage conversion” technique and a DC-AC conversion stage or AC-DC conversion stage using a switchable filter depending on the mode. During the charge mode, the converter may be able to control the voltage and current of the DC output using a software algorithm, to match the battery being charged, or the DC receiver. This may enable the converter to control the nature of the DC output so it can be adapted to any energy storage technology. The controllable output voltage and synchronizable frequency may allow the converter to be used in series combinations to achieve a variety of high voltage outputs from simpler building blocks.
    • 本发明提供一种在交流发电模式或充电模式下工作的双向转换器。 双向转换器可以是单个组件或电路,其可以包括使用独特的“史密斯2级转换”技术的DC-DC转换级和使用可切换滤波器的DC-AC转换级或AC-DC转换级,这取决于 模式。 在充电模式期间,转换器可以使用软件算法来控制DC输出的电压和电流,以便匹配被充电的电池或直流接收器。 这可能使转换器能够控制直流输出的性质,因此可以适应任何能量存储技术。 可控输出电压和可同步频率可允许转换器串联使用,以实现更简单的构建块的各种高压输出。