船电技术
船電技術
선전기술
2012年
1期
60-64
,共5页
电力推进%NGIPS%发展%电力系统结构
電力推進%NGIPS%髮展%電力繫統結構
전력추진%NGIPS%발전%전력계통결구
electric propulsion%NGIPS%development%power system architecture
简要回顾电力推进发展历程和成因，有助于理解未来舰船电力推进的发展方向。介绍了代表舰船电力推进的先进水平的下一代综合电力系统（NGIPS）的组成以及实现途径。指出综合电力系统将长期代表未来舰船电力推进的发展方向。
簡要迴顧電力推進髮展歷程和成因，有助于理解未來艦船電力推進的髮展方嚮。介紹瞭代錶艦船電力推進的先進水平的下一代綜閤電力繫統（NGIPS）的組成以及實現途徑。指齣綜閤電力繫統將長期代錶未來艦船電力推進的髮展方嚮。
간요회고전력추진발전역정화성인，유조우리해미래함선전력추진적발전방향。개소료대표함선전력추진적선진수평적하일대종합전력계통（NGIPS）적조성이급실현도경。지출종합전력계통장장기대표미래함선전력추진적발전방향。
History of marine electric propulsion and factors are reviewed Technical Architectures of the next generation integrated power system（NGIPS） are introduced The goal of NGIPS is reached in three steps; with current implementation of MVAC system, HFAC system in a near term as inter-solution, finally the goal of MVDC system in the future. The advantages and technical challenges with implementing MVDC system are presented.
