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    • 5. 发明申请
    • Systems and Methods for Use in Recovering a Converter After Grid Fault Event
    • 网格故障事件后恢复转换器的系统和方法
    • US20140301120A1
    • 2014-10-09
    • US14354285
    • 2011-10-28
    • Huibin ZhuDavid SmithJun ZhuXueqin Wu
    • Huibin ZhuDavid SmithJun ZhuXueqin Wu
    • H02M1/36H02H7/12H02J3/38
    • H02M1/36H02H3/066H02H7/06H02H7/12H02J3/38H02J3/383H02J3/40Y02E10/563
    • Systems, power modules (108), and methods (200) for using in controlling a converter (110) coupled between a power generator (104) and an electric grid (102) are provided. One of the power modules (108) includes the converter (110) configured to supply an output from the power generator (104) to the electric grid (102), and a controller (112) coupled to the converter (110). The controller (112) includes a phase-lock-loop (PLL) module (123) and at least one regulator (128, 130). The at least one regulator (128, 130) is configured to at least partially control the converter (110) as a function of at least one parameter. The controller (112) is configured to disable the converter (110) in response to a grid fault event, to maintain coupling between the power generator (104) and the converter (110) during the grid fault event, to determine whether the PLL module (123) is locked onto a voltage associated with the electric grid, to adjust the at least one parameter after the grid fault event, and to re-enable the converter to supply the output from the power generator (104) to the electric grid (102).
    • 提供了用于控制耦合在发电机(104)和电网(102)之间的转换器(110)的系统,功率模块(108)和方法(200)。 功率模块(108)中的一个包括被配置为将功率发生器(104)的输出提供给电网(102)的转换器(110)和耦合到转换器(110)的控制器(112)。 控制器(112)包括锁相环(PLL)模块(123)和至少一个调节器(128,130)。 至少一个调节器(128,130)被配置为至少部分地根据至少一个参数来控制转换器(110)。 控制器(112)被配置为响应于电网故障事件禁用转换器(110),以在电网故障事件期间保持发电机(104)和转换器(110)之间的耦合,以确定PLL模块 (123)被锁定在与所述电网相关联的电压上,以在所述电网故障事件之后调整所述至少一个参数,并且重新使得所述转换器将所述发电机(104)的输出提供给所述电网( 102)。
    • 6. 发明授权
    • Systems and methods for use in recovering a converter after grid fault event
    • 电网故障事件后恢复转换器的系统和方法
    • US09379602B2
    • 2016-06-28
    • US14354285
    • 2011-10-28
    • Huibin ZhuDavid SmithJun ZhuXueqin Wu
    • Huibin ZhuDavid SmithJun ZhuXueqin Wu
    • H02M1/36H02H7/06H02J3/38H02J3/40H02H7/12H02H3/06
    • H02M1/36H02H3/066H02H7/06H02H7/12H02J3/38H02J3/383H02J3/40Y02E10/563
    • Systems, power modules (108), and methods (200) for using in controlling a converter (110) coupled between a power generator (104) and an electric grid (102) are provided. One of the power modules (108) includes the converter (110) configured to supply an output from the power generator (104) to the electric grid (102), and a controller (112) coupled to the converter (110). The controller (112) includes a phase-lock-loop (PLL) module (123) and at least one regulator (128, 130). The at least one regulator (128, 130) is configured to at least partially control the converter (110) as a function of at least one parameter. The controller (112) is configured to disable the converter (110) in response to a grid fault event, to maintain coupling between the power generator (104) and the converter (110) during the grid fault event, to determine whether the PLL module (123) is locked onto a voltage associated with the electric grid, to adjust the at least one parameter after the grid fault event, and to re-enable the converter to supply the output from the power generator (104) to the electric grid (102).
    • 提供了用于控制耦合在发电机(104)和电网(102)之间的转换器(110)的系统,功率模块(108)和方法(200)。 功率模块(108)中的一个包括被配置为将功率发生器(104)的输出提供给电网(102)的转换器(110)和耦合到转换器(110)的控制器(112)。 控制器(112)包括锁相环(PLL)模块(123)和至少一个调节器(128,130)。 至少一个调节器(128,130)被配置为至少部分地根据至少一个参数来控制转换器(110)。 控制器(112)被配置为响应于电网故障事件禁用转换器(110),以在电网故障事件期间保持发电机(104)和转换器(110)之间的耦合,以确定PLL模块 (123)被锁定在与所述电网相关联的电压上,以在所述电网故障事件之后调整所述至少一个参数,并且重新使得所述转换器将所述发电机(104)的输出提供给所述电网( 102)。
    • 9. 发明申请
    • MAXIMUM POWER POINT TRACKING FOR POWER CONVERSION SYSTEM AND METHOD THEREOF
    • 用于功率转换系统的最大功率点跟踪及其方法
    • US20130027997A1
    • 2013-01-31
    • US13560070
    • 2012-07-27
    • Zhuohui TanXueqin WuXinhui WuMaozhong Gong
    • Zhuohui TanXueqin WuXinhui WuMaozhong Gong
    • H02M7/44
    • H02J3/385G05F1/67H02M7/48H02M2001/007Y02E10/58
    • An exemplary power conversion system comprises an MPPT unit, a DC bus, a power converter, and a converter controller. The MPPT unit receives a feedback current signal and a feedback voltage signal from a power source and generates an MPPT reference signal based at least in part on the feedback current and voltage signals. The DC bus receives DC power from the power source. The power converter converts the DC power on the DC bus to AC power. The converter controller receives the MPPT reference signal from the MPPT unit and an output power feedback signal measured at an output of the power converter; generates control signals for AC power regulation and maximum power extraction based at least in part on the MPPT reference signal and the output power feedback signal; and sends the control signals to the power converter.
    • 示例性功率转换系统包括MPPT单元,DC总线,功率转换器和转换器控制器。 MPPT单元从电源接收反馈电流信号和反馈电压信号,并至少部分地基于反馈电流和电压信号产生MPPT参考信号。 直流总线从电源接收直流电源。 电源转换器将直流总线上的直流电源转换为交流电源。 转换器控制器从MPPT单元接收MPPT参考信号和在功率转换器的输出处测量的输出功率反馈信号; 至少部分地基于MPPT参考信号和输出功率反馈信号产生用于AC功率调节和最大功率提取的控制信号; 并将控制信号发送到功率转换器。
    • 10. 发明申请
    • SYSTEM AND METHOD FOR DAMPING LC CIRCUITS IN POWER CONVERSION SYSTEMS
    • 电力转换系统中LC电路的阻尼系统及方法
    • US20120063179A1
    • 2012-03-15
    • US13080321
    • 2011-04-05
    • Maozhong GongZhuohui TanXiaoming YuanXueqin Wu
    • Maozhong GongZhuohui TanXiaoming YuanXueqin Wu
    • H02M1/12
    • H02M7/48H02J3/383H02J3/386H02M1/12Y02E10/563Y02E10/763
    • A power conversion system comprises a power converter comprising a plurality of semiconductor power switches, an LC filter coupled between an output of the power converter and an electric grid, and a power conversion control system. The LC filter comprises an inductor coupled in series to the electric grid, and a capacitor. The LC filter and the grid result in an equivalent LC circuit comprising an impedance of the LC filter and an impedance of the electric grid. The power conversion control system comprises a damper and a converter controller. The damper receives an LC filter signal and an equivalent LC circuit impedance signal and generates a damping signal. The converter controller receives a current or voltage reference signal, a current or voltage command signal, and the damping signal to generate control signals for driving switching operations of the semiconductor power switches.
    • 电力转换系统包括功率转换器,其包括多个半导体功率开关,耦合在功率转换器的输出和电网之间的LC滤波器和电力转换控制系统。 LC滤波器包括与电网串联耦合的电感器和电容器。 LC滤波器和电网产生包括LC滤波器的阻抗和电网的阻抗的等效LC电路。 电力转换控制系统包括阻尼器和转换器控制器。 阻尼器接收LC滤波器信号和等效LC电路阻抗信号并产生阻尼信号。 转换器控制器接收电流或电压参考信号,电流或电压指令信号和阻尼信号,以产生用于驱动半导体功率开关的开关操作的控制信号。