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    • 1. 发明申请
    • Underwater substation
    • 水下变电站
    • US20100084925A1
    • 2010-04-08
    • US12231744
    • 2008-09-05
    • Mark R. DraperTimothy LiskaStuart BowerRobin Rhodes
    • Mark R. DraperTimothy LiskaStuart BowerRobin Rhodes
    • H02J3/00
    • H02B7/00Y10T307/718Y10T307/724
    • An underwater substation pod (USP) adapted to collect and process the electrical outputs of an array of offshore power generating devices includes a voltage boosting transformer for combining and transmitting with increased efficiency an amplified version of the collected electrical outputs to an on shore facility. Combining the outputs and transmitting at a higher voltage reduces transmission losses and the number of cables required to transmit the electrical outputs. The USP is mounted on the seabed but operated at atmospheric pressure to accommodate standard components. The pod may be designed to include remotely controlled operation and to have a long service life since few, if any, moving parts are used. Also, the equipment may be designed to have a high degree of redundancy to provide greater reliability.
    • 适用于收集和处理海上发电装置阵列的电气输出的水下变电站(USP)包括升压变压器,用于将所收集的电输出的放大版本的效率更高的组合和传输到岸上设施。 将输出和更高电压传输相结合可以减少传输损耗和传输电气输出所需的电缆数量。 USP安装在海床上,但在大气压下运行,以适应标准部件。 荚可以被设计成包括远程控制的操作并且具有很长的使用寿命,因为使用了很少(如果有的话)移动部件。 此外,设备可以被设计为具有高度的冗余度以提供更高的可靠性。
    • 2. 发明授权
    • Underwater substation
    • 水下变电站
    • US07989984B2
    • 2011-08-02
    • US12231744
    • 2008-09-05
    • Mark R. DraperTimothy LiskaStuart BowerRobin Rhodes
    • Mark R. DraperTimothy LiskaStuart BowerRobin Rhodes
    • H02J1/00H02J3/00
    • H02B7/00Y10T307/718Y10T307/724
    • An underwater substation pod (USP) adapted to collect and process the electrical outputs of an array of offshore power generating devices includes a voltage boosting transformer for combining and transmitting with increased efficiency an amplified version of the collected electrical outputs to an on shore facility. Combining the outputs and transmitting at a higher voltage reduces transmission losses and the number of cables required to transmit the electrical outputs. The USP is mounted on the seabed but operated at atmospheric pressure to accommodate standard components. The pod may be designed to include remotely controlled operation and to have a long service life since few, if any, moving parts are used. Also, the equipment may be designed to have a high degree of redundancy to provide greater reliability.
    • 适用于收集和处理海上发电装置阵列的电气输出的水下变电站(USP)包括升压变压器,用于将所收集的电输出的放大版本的效率更高的组合和传输到岸上设施。 将输出和更高电压传输相结合可以减少传输损耗和传输电气输出所需的电缆数量。 USP安装在海床上,但在大气压下运行,以适应标准部件。 荚可以被设计成包括远程控制的操作并且具有很长的使用寿命,因为使用了很少(如果有的话)移动部件。 此外,设备可以被设计为具有高度的冗余度以提供更高的可靠性。