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    • 2. 发明授权
    • Modular DC cogenerator systems
    • 模块化直流并联发电机系统
    • US5969435A
    • 1999-10-19
    • US820553
    • 1997-03-19
    • William George Wilhelm
    • William George Wilhelm
    • H02J1/06H02J1/10H02J9/06
    • H02J1/10H02J1/06H02J9/061Y02B10/72Y02B90/14Y02E10/566Y02E20/14Y10T307/615Y10T307/625Y10T307/636Y10T307/696Y10T307/724Y10T307/729
    • A DC power system receives AC electrical power and DC electrical power from separate first and second sources simultaneously. The DC power system delivers DC electrical power to an output for use by a load requiring DC power. The DC power system includes a converter to convert AC electrical power to DC electrical power and a power sharing control device to control and distribute the DC electrical power to an output. The first source of DC electrical power includes a storage battery, which provides standby DC electrical power to the DC power system. It also includes a power sharing device, which maintains the storage battery fully charged for use at peak loads, when the DC output electrical power is insufficient to meet the DC load. The second source of DC electrical power is a cogenerator such as a fuel cell, a thermo photovoltaic generator or an internal combustion engine and an alternator for generating and delivering DC electrical power to the power sharing device, while producing and delivering waste heat for use of an external load requiring this heat.
    • 直流电力系统同时从单独的第一和第二源接收交流电力和直流电力。 直流电源系统将直流电功率提供给需要直流电源的负载使用。 直流电力系统包括将AC电力转换为DC电力的转换器和用于将DC电力控制和分配给输出的功率共享控制装置。 直流电源的第一来源包括为直流电力系统提供备用直流电力的蓄电池。 它还包括功率共享装置,当直流输出电力不足以满足直流负载时,该功率共享装置将蓄电池充满充电以用于峰值负载。 直流电力的第二个来源是诸如燃料电池,热光伏发电机或内燃机和交流发电机之类的发电机,用于产生和输送直流电力到功率共享装置,同时产生和传送废热用于 需要这种热量的外部负载。
    • 4. 发明授权
    • Balanced modular power management system and method
    • 平衡模块化电源管理系统及方法
    • US06252310B1
    • 2001-06-26
    • US09363090
    • 1999-07-28
    • William George Wilhelm
    • William George Wilhelm
    • H02J100
    • H02J9/066H02J5/00H02J7/02Y02B10/72Y10T307/25Y10T307/615Y10T307/658Y10T307/675
    • An electrical distribution system and method has storage battery mechanism of very large equivalent capacitance providing excellent ripple filtering and an ideal path to ground, and filter capacitor mechanism of microfarad size providing DC blocking and limited AC path to ground. The storage battery entity is maintained as to its charge by DC supply, which provides regulated DC power in which switching regulation may be involved. The system and method provides dual voltage capability, both DC and AC, in which circuit breakers may be ganged for simultaneous tripping, and in which intrinsic DC circuit(s) may be looped to increase current-carrying capability. A DC isolation capacitor is connected to a common current path, such as to one of the busses, such as, for example, in series with the neutral circuit, as a means for avoiding undesirable DC current paths as may be encountered due to a multitude of established neutral-line connections to earthing grounds established throughout in AC power supply network. This isolation capacitor is of sufficient capacitance to allow the low loss passage of unbalanced AC if the loads connected to the distribution system produce unequal currents in the common wiring.
    • 配电系统和方法具有非常大的等效电容的蓄电池机构,提供优异的纹波滤波和理想的接地路径,以及微法尺寸滤波电容机构,提供直流阻塞和有限的交流路径到地面。 蓄电池实体通过直流电源维持其充电,其提供可能涉及开关调节的调节的直流电力。 该系统和方法提供双电压能力,DC和AC两种,其中断路器可以组合在一起用于同时跳闸,并且其中可以环绕本征DC电路以增加载流能力。 直流隔离电容器连接到公共电流路径,例如连接到诸如与中性线路串联的总线中的一个,作为用于避免可能遇到的不期望的直流电流路径的手段 与AC电源网络中建立的接地对应的建立的中性线连接。 如果连接到配电系统的负载在公共布线中产生不相等的电流,则该隔离电容器具有足够的电容,以允许不平衡AC的低损耗通过。