海军舰艇上MVDC超导配电的电气和热系统考虑

R. Hebner, A. Gattozzi, S. Strank, S. Pish, J. Herbst
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引用次数: 4

摘要

在设计中压直流(MVDC)系统的船舶上使用超导配电网的兴趣是自然的,因为超导体(SC)在直流电源下表现最佳。潜在的优势包括减少损耗,减小电缆工厂的规模,以及更坚固的电力总线。然而,使用SCs并不能完全消除损耗,还需要额外的辅助设备。本文提供了一个初步的评估,与任何额外的开销、剩余损失和与全新船载系统相关的风险相比,采用该系统所产生的潜在收益。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Electrical and thermal system considerations for MVDC superconducting distribution on navy ships
The interest in using a superconducting (SC) distribution grid on a ship designed with a medium voltage dc (MVDC) system is a natural one, because superconductors (SCs) perform at their best under dc power. The potential advantages could be reduced losses, smaller cable plant size, and an electrically stiffer power bus. However, the use of SCs, does not eliminate losses completely and requires additional ancillary equipment. This paper provides an initial assessment of the potential benefits accrued from its adoption compared to any additional overhead, residual losses, and risk associated with a brand new shipboard system.
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