京唐港首钢码头船舶岸电系统供电设计
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摘要
目前,船舶岸电系统开始在全国各地码头推广。本文对京唐港首钢码头泊位船舶岸电系统设计进行介绍。该项目岸电系统配电电压为6.6 k V/60 Hz或6 k V/50 Hz,共设置2套,可满足不同船舶需求。并通过计算,展示采用岸电系统后,节能减排效果。
At present, shore power supply system starts to be spread in China. An introduction to the design of shore power system for the ships berthing at Jingtang Port Shougang terminal is made in detail. The design includes two shore power supply systems with the voltage of 6.6 k V/60 Hz or 6 k V/50 Hz, which can supply power to different types of ships. The calculation results show the effect of energy-saving and emissions reduction achieved by applying the shore power system.
At present, shore power supply system starts to be spread in China. An introduction to the design of shore power system for the ships berthing at Jingtang Port Shougang terminal is made in detail. The design includes two shore power supply systems with the voltage of 6.6 k V/60 Hz or 6 k V/50 Hz, which can supply power to different types of ships. The calculation results show the effect of energy-saving and emissions reduction achieved by applying the shore power system.
引文
[1]JTS 155-2012码头船舶岸电设施建设技术规范[S].
[2]杨瑞.到港船舶接驳岸电技术研究与标准建设[J].港工技术,2013,50(5).
[3]王栩生.高低压变频岸电装置结构型式分析[J].港工技术,2015,52(2).
[4]沈朗捷.集装箱码头配备岸电设施选型[J].港口科技科研与技革,2012,(3).
[5]陈晓宏.蛇口集装箱码头船用供电系统方案设计[J].港口科技科研与技革,2013,(6).
[2]杨瑞.到港船舶接驳岸电技术研究与标准建设[J].港工技术,2013,50(5).
[3]王栩生.高低压变频岸电装置结构型式分析[J].港工技术,2015,52(2).
[4]沈朗捷.集装箱码头配备岸电设施选型[J].港口科技科研与技革,2012,(3).
[5]陈晓宏.蛇口集装箱码头船用供电系统方案设计[J].港口科技科研与技革,2013,(6).