Automatic power supply system to underwater vehicles utilizing non-contacting technology
Automatic power supply system to underwater vehicles utilizing non-contacting technology
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DOI：
10.1109/oceans.2004.1406521
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发表时间：
2004-11
期刊：
影响因子：
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通讯作者：
T. Kojiya;F. Sato;H. Matsuki;T. Sato
中科院分区：
文献类型：
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作者：
T. Kojiya;F. Sato;H. Matsuki;T. Sato
作为一种向水下航行器发送电力的方法，提出了利用锥形线圈的非接触式供电系统（CLPS）。即使海洋存在波动，该系统也具有高效性和高电力传输能力。此外，电力传输过程中产生的电磁力将有助于保持水下航行器的位置稳定。如果该系统应用到车辆上，就可以消除活动范围和询问时间的限制。因此可以降低成本。当线圈直径为48毫米时，可以以约96%的效率传输500瓦的电力。据计算，相同尺寸的系统可传输约2kW的功率。此外，通过扩大线圈的尺寸可以传输更多的电力
As a method of sending electric power to underwater vehicles, the contactless power supply system (CLPS) utilizing the cone-type coil is proposed. This system has efficient nature and high power transmission capability, even when the fluctuation in the sea exists. Furthermore, the electromagnetic force generated during power transmission will be useful for maintaining the location of an underwater vehicle stably. If this system is applied to the vehicle, the restriction of a sphere of activity and time in inquiry is go out. So it is possible to reduce in costs. The electric power of 500 W can be transmitted at about 96% of efficiency when the diameter of the coil is 48 mm. And it is calculated for the system to transmit about 2 kW in the same size. Furthermore, it is possible to transmit more electric power by expanding the size of coil