舰用框架断路器受冲击载荷作用后的冲击响应特性对舰船电力系统能否可靠运作起着重要作用。
ACB (Air Circuit Breaker) impact response characteristic during impact loads is a critical concern for the reliable work of naval ship power system.
应用该方法，只要舰船电力系统结构确定就可以确立该舰船电力系统的数学模型。
Applied this method, we can easily build its math model when the information of Naval vessel electric power system is given.
舰船电力系统(SPS)的网络重构是恢复系统故障、提高舰船生命力的重要途径之一。
The electrical network reconfiguration of shipboard power system (SPS) is one of the most important methods to restore power supply and improve survivability.
电力系统作为目前舰船的主推进动力装置，其地位和作用越来越重要，电力系统生命力已经成为舰船生命力的重要组成部分。
Currently the electric power system is regarded as the main propulsion equipment on naval vessels and becomes more and more important.
舰船电力系统是一个规模较小，但又十分复杂的系统。
Naval vessel electric power system is small but complicated.
为了解决舰船电力系统主网多电站短路电流的计算，根据其直流网状网络的特点，给出了一种有效的短路电流计算法。
According to the characteristics of naval DC meshy network, a simple and effective short current calculation method is given.
提出了一种能够有效提高舰船电力系统稳定性的分散鲁棒控制策略。
A new robust control scheme, which can be used for decentralized generator excitation systems and can effectively improve operation stability of warship electro-power system, is proposed.
摘要舰船停靠码头后需要由岸上的电力系统为其供电。
After ships dock at the shore, ashore power systems are needed for power supply of these ships.
摘要舰船停靠码头后需要由岸上的电力系统为其供电。
After ships dock at the shore, ashore power systems are needed for power supply of these ships.
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