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    • 1. 发明申请
    • Smart Junction Box for Photovoltaic Solar Power Modules with Safe Mode and Related Method of Operation
    • 具有安全模式和相关操作方法的光伏太阳能发电模块智能接线盒
    • US20160164457A1
    • 2016-06-09
    • US14956856
    • 2015-12-02
    • Steven Andrew Robbins
    • Steven Andrew Robbins
    • H02S40/34H02J1/10
    • H02J3/383H02J1/10H02M3/04H02S40/34Y02E10/563Y02P80/11Y02P80/23
    • The invention comprises: a smart junction box with a safe mode for photovoltaic solar power modules; and the related method of operation. Power MOSFETs are used as active bypass diodes during the normal operation of the smart junction box, but in safe mode the power MOSFETs are turned on continuously, thereby reducing the output voltage to a safe level of approximately 200 mV. A Non Volatile Memory (NVM) keeps the module in the safe mode after power from the PV cells is interrupted by momentary shading or night. The smart junction box includes transmitter and receiver circuits for wirelessly communicating with other smart junction boxes. The smart junction box enters safe mode in response to receiving a shut-down signal, and exits safe mode in response to receiving a restart signal. The smart junction box acts as a signal repeater, thereby ensuring that the shut-down and restart signals propagate to all junction boxes in the solar array. Some embodiments of the smart junction box include at least one detection circuit for detecting the interruption of current flowing through the junction box, and the receiver circuit typically interprets the detected interruption of current as a shut-down signal.
    • 本发明包括:具有用于光伏太阳能发电模块的安全模式的智能接线盒; 和相关的操作方法。 在智能接线盒的正常工作期间,功率MOSFET用作有源旁路二极管,但在安全模式下,功率MOSFET连续导通,从而将输出电压降低到约200 mV的安全水平。 非易失性存储器(NVM)在PV电池的电源被瞬间阴影或夜晚中断之后,将模块保持在安全模式。 智能接线盒包括用于与其他智能接线盒无线通信的发射机和接收机电路。 响应于接收到关闭信号,智能接线盒进入安全模式,并响应于接收到重启信号而退出安全模式。 智能接线盒用作信号中继器,从而确保关闭和重启信号传播到太阳能电池阵列中的所有接线盒。 智能接线盒的一些实施例包括至少一个用于检测流过接线盒的电流中断的检测电路,并且接收器电路通常将检测到的电流中断解释为关闭信号。
    • 6. 发明授权
    • System and apparatus for arc detection and location in solar arrays
    • 用于电弧检测和太阳能阵列定位的系统和装置
    • US08878563B2
    • 2014-11-04
    • US13272610
    • 2011-10-13
    • Steven Andrew Robbins
    • Steven Andrew Robbins
    • G01R31/26H01L31/02G01R31/12
    • H01L31/02021G01R31/1227Y02E10/50
    • A system and apparatus for detecting and locating an arc fault in a photovoltaic solar power array. A plurality of capacitors divide strings of photovoltaic cells into a series of magnetic loops. When an arc fault occurs within one of the loops, a time-varying magnetic field is produced, with flux lines emanating from the area enclosed by the loop. At least three magnetic field sensors arranged at locations in or around the solar power array detect the spectral signature of the arc fault, and send related data to a computer via a communication network. The computer analyzes the data from the sensors to determine the location of the arc fault.
    • 一种用于检测和定位光伏太阳能发电阵列中的电弧故障的系统和装置。 多个电容器将光伏电池的串分成一系列磁环。 当在一个环路内发生电弧故障时,产生时变磁场,其中磁通线从环路包围的区域发出。 布置在太阳能阵列中或周围的位置处的至少三个磁场传感器检测电弧故障的光谱特征,并且经由通信网络将相关数据发送到计算机。 计算机分析来自传感器的数据,以确定电弧故障的位置。