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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)。
    • 10. 发明申请
    • SYSTEM AND METHOD FOR REDUCING REACTIVE CURRENT IN POWER CONVERTER BURN-IN TESTS
    • 用于降低功率转换器灼热测试中的反应电流的系统和方法
    • US20130258732A1
    • 2013-10-03
    • US13430826
    • 2012-03-27
    • Huibin ZhuDavid SmithDavid Scott Wilmer
    • Huibin ZhuDavid SmithDavid Scott Wilmer
    • H02M7/44
    • G01R31/42H02S50/10
    • A system and method for reducing reactive current in burn-in test systems for solar power converters is disclosed. An emulator configured to simulate a DC power source and the power converter subject to the burn-in test can be coupled in a two-unit circulating configuration. An AC feeder line configured to supply power to the two-unit circulating configuration. A controller can be configured to adjust the output of one or more of the emulator and power converter to reduce reactive current flowing in the AC feeder line. For instance, the controller can adjust the modulation of switching devices used in the power converter or emulator to adjust the power factor of various components of the burn-in test system to compensate for the reactive current in the AC feeder line.
    • 公开了一种降低太阳能转换器的老化测试系统中无功电流的系统和方法。 配置成模拟DC电源的仿真器和经过老化测试的功率转换器可以以两单元循环配置耦合。 AC供电线路,配置为向两单元循环配置供电。 控制器可以被配置为调整一个或多个仿真器和功率转换器的输出,以减少在AC馈线中流动的无功电流。 例如,控制器可以调整在功率转换器或仿真器中使用的开关器件的调制,以调整老化测试系统的各个部件的功率因数,以补偿交流馈线中的无功电流。