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    • 5. 发明授权
    • Medium voltage power distribution
    • 中压配电
    • US08994231B1
    • 2015-03-31
    • US12959662
    • 2010-12-03
    • Selver CorhodzicJimmy Clidaras
    • Selver CorhodzicJimmy Clidaras
    • H01B7/30H01F27/40
    • H01F27/40G06F1/189G06F1/26H05K7/1497H05K7/1498
    • A data center includes an enclosure defining an interior space, a medium voltage power distribution system in the interior space, a plurality of transformers in the interior space, and a plurality of groups of racks in the interior space. The medium voltage power distribution system is electrically connected to a medium voltage power source outside the enclosure and includes a plurality of interconnected medium voltage power access units. Each transformer is electrically connected to an associated medium voltage power access unit and configured to step-down medium voltage power from the associated power access unit to low voltage power. Each rack includes a plurality of rack-mounted computers. Each group of racks is electrically connected to an associated transformer or to an adjacent rack or group of racks such that the associated transformer provides low voltage power to the group of racks.
    • 数据中心包括限定内部空间的外壳,内部空间中的中压配电系统,内部空间中的多个变压器和内部空间中的多组机架。 中压配电系统电连接到外壳外的中压电源,并包括多个互连的中压电力接入单元。 每个变压器电连接到相关联的中压电力接入单元并且被配置为将来自相关联的电力接入单元的中压功率降压到低电压功率。 每个机架包括多个机架式计算机。 每组机架电气连接到相关联的变压器或相邻的机架或机架组,使得相关联的变压器向机架组提供低电压电力。
    • 6. 发明授权
    • Power allotment distribution in a data center
    • 数据中心的配电分配
    • US08832476B2
    • 2014-09-09
    • US12892116
    • 2010-09-28
    • Xiaobo FanChris SadlerSelver CorhodzicWolf-Dietrich WeberTaliver Brooks HeathMark Hennecke
    • Xiaobo FanChris SadlerSelver CorhodzicWolf-Dietrich WeberTaliver Brooks HeathMark Hennecke
    • G06F1/32G06F1/26G06F1/18
    • G06F1/329Y02D10/24
    • In a computer-implemented method, an electronic communication from a first computing machine is received and includes a power value and one or more priority values. The power value represents a request for a power allotment expected to be used during a predetermined time and the priority values represent priorities of tasks expected to be executed during the predetermined time. A score for the request is calculated using a scoring function and the received priority values as inputs to the scoring function. The score is compared to one or more other scores respectively associated with requests for power allotments from other computing machines and previously calculated using the scoring function following receipt of one or more electronic communications each including a power value and one or more priority values. A top-ranked score is identified and an electronic communication is sent to the associated computing machine granting the requested power allotment.
    • 在计算机实现的方法中,接收来自第一计算机的电子通信,并且包括功率值和一个或多个优先级值。 功率值表示预期在预定时间期间使用的功率分配的请求,并且优先级值表示在预定时间期间预期执行的任务的优先级。 使用评分函数和接收到的优先级值作为评分函数的输入来计算请求的得分。 该分数与分别与来自其他计算机的功率分配的请求相关联的一个或多个其他分数进行比较,并且先前在接收到包括功率值和一个或多个优先级值的一个或多个电子通信之后使用评分功能计算。 识别出排名最高的分数,并且电子通信被发送给授予所请求的功率分配的相关联的计算机。
    • 7. 发明申请
    • Power Allotment Distribution in a Data Center
    • 配电分配在数据中心
    • US20120078430A1
    • 2012-03-29
    • US12892116
    • 2010-09-28
    • Xiaobo FanChris SadlerSelver CorhodzicWolf-Dietrich WeberTaliver Brooks HeathMark Hennecke
    • Xiaobo FanChris SadlerSelver CorhodzicWolf-Dietrich WeberTaliver Brooks HeathMark Hennecke
    • G06F1/26
    • G06F1/329Y02D10/24
    • In a computer-implemented method, an electronic communication from a first computing machine is received and includes a power value and one or more priority values. The power value represents a request for a power allotment expected to be used during a predetermined time and the priority values represent priorities of tasks expected to be executed during the predetermined time. A score for the request is calculated using a scoring function and the received priority values as inputs to the scoring function. The score is compared to one or more other scores respectively associated with requests for power allotments from other computing machines and previously calculated using the scoring function following receipt of one or more electronic communications each including a power value and one or more priority values. A top-ranked score is identified and an electronic communication is sent to the associated computing machine granting the requested power allotment.
    • 在计算机实现的方法中,接收来自第一计算机的电子通信,并且包括功率值和一个或多个优先级值。 功率值表示预期在预定时间期间使用的功率分配的请求,并且优先级值表示在预定时间期间预期执行的任务的优先级。 使用评分函数和接收到的优先级值作为评分函数的输入来计算请求的得分。 该分数与分别与来自其他计算机的功率分配的请求相关联的一个或多个其他分数进行比较,并且先前在接收到包括功率值和一个或多个优先级值的一个或多个电子通信之后使用评分功能计算。 识别出排名最高的分数,并且电子通信被发送给授予所请求的功率分配的相关联的计算机。
    • 8. 发明授权
    • Negotiating capacity allocation among distributed current protection devices
    • 分布式电流保护装置之间的谈判容量分配
    • US08054598B1
    • 2011-11-08
    • US12355573
    • 2009-01-16
    • Chris SadlerXiaobo FanSelver Corhodzic
    • Chris SadlerXiaobo FanSelver Corhodzic
    • H02H7/00
    • H02J3/14Y02B70/3225Y04S20/222
    • Exemplary systems, apparatus, and methods relate to a current limiting device on each of two or more load branches that limits the current drawn by each load branch to a branch current allocation for that branch, where each of the current limiting devices is configured to automatically communicate messages to negotiate adjustments to the branch current allocations among each of the load branches while maintaining the sum of the branch allocations substantially at or below an available capacity of the supply branch. In an exemplary embodiment, a system of intelligent power modules (IPMs) may operate together to automatically negotiate capacity sharing among a number of load branches by adapting to the dynamic load conditions in order to takes improved advantage of infrastructure power handling capability without exceeding a predetermined capacity of the supply branch.
    • 示例性系统,装置和方法涉及两个或多个负载分支中的每一个上的限流装置,其限制由每个负载分支引出的电流到该分支的分支电流分配,其中每个限流装置被配置为自动 传达消息以协调对每个负载分支之间的分支当前分配的调整,同时将分支分配的总和基本上维持在或低于供应分支的可用容量。 在示例性实施例中,智能功率模块(IPM)的系统可以一起操作,以通过适应动态负载条件来自动协商多个负载分支之间的容量共享,以便在不超过预定的情况下获得基础设施功率处理能力的改进优点 供应分公司的能力。