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    • 2. 发明授权
    • Emergency power supply apparatus
    • 应急电源设备
    • US09300171B2
    • 2016-03-29
    • US13122038
    • 2009-10-01
    • Klaus Moth
    • Klaus Moth
    • H02J9/06
    • H02J9/062Y02B10/72Y10T307/625
    • A modular emergency power system architecture (200) with a plurality of output power supply lines for feeding power to a destination, in which the operational status of each output power supply line is configurable. The architecture comprises a plurality of load bars (208, 209) from which power is delivered to the destination. The load bars (208, 209) are selectively connectable to send power to or receive AC power from a mains supply (202) and/or a DC bus (210) via one or more AC/DC power conversion modules (212, 214). The DC bus (210) is connected to receive a secondary (e.g. emergency) power supply (218, 224). The architecture may provide redundancy and on-the-fly reconfigurability to complement changes in the physical location of critical components in the destination, e.g. caused by virtualization, zoning or repair. The architecture is operable as a stand-alone uninterruptible power supply (UPS) or as an extended runtime generator for an existing UPS.
    • 一种具有用于向目的地馈送电力的多个输出电源线的模块化应急电力系统架构(200),其中每个输出电源线的操作状态是可配置的。 该架构包括多个负载杆(208,209),电力从该负载杆传送到目的地。 负载杆(208,209)可选择性地连接,以经由一个或多个AC / DC电力转换模块(212,214)向主电源(202)和/或DC总线(210)发送或接收AC电力, 。 DC总线(210)被连接以接收次级(例如紧急)电源(218,224)。 该架构可以提供冗余和即时可重构性,以补充目的地中的关键组件的物理位置的变化,例如。 由虚拟化,分区或修复引起。 该架构可作为独立的不间断电源(UPS)或作为现有UPS的扩展运行时生成器运行。
    • 6. 发明申请
    • EMERGENCY POWER SUPPLY APPARATUS
    • 紧急电源设备
    • US20110187197A1
    • 2011-08-04
    • US13122038
    • 2009-10-01
    • Klaus Moth
    • Klaus Moth
    • H02J9/06
    • H02J9/062Y02B10/72Y10T307/625
    • A modular emergency power system architecture (200) with a plurality of output power supply lines for feeding power to a destination, in which the operational status of each output power supply line is configurable. The architecture comprises a plurality of load bars (208, 209) from which power is delivered to the destination. The load bars (208, 209) are selectively connectable to send power to or receive AC power from a mains supply (202) and/or a DC bus (210) via one or more AC/DC power conversion modules (212, 214). The DC bus (210) is connected to receive a secondary (e.g. emergency) power supply (218, 224). The architecture may provide redundancy and on-the-fly reconfigurability to complement changes in the physical location of critical components in the destination, e.g. caused by virtualisation, zoning or repair. The architecture is operable as a stand-alone uninterruptible power supply (UPS) or as an extended runtime generator for an existing UPS.
    • 一种具有用于向目的地馈送电力的多个输出电源线的模块化应急电力系统架构(200),其中每个输出电源线的操作状态是可配置的。 该架构包括多个负载杆(208,209),电力从该负载杆传送到目的地。 负载杆(208,209)可选择性地连接,以经由一个或多个AC / DC电力转换模块(212,214)向主电源(202)和/或DC总线(210)发送或接收AC电力, 。 DC总线(210)被连接以接收次级(例如紧急)电源(218,224)。 该架构可以提供冗余和即时可重构性,以补充目的地中的关键组件的物理位置的变化,例如。 由虚拟化,分区或修复引起。 该架构可作为独立的不间断电源(UPS)或作为现有UPS的扩展运行时生成器运行。