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CONTROL SYSTEMS, MONITORING AND DIAGNOSIS OF INTELLIGENT PROPULSION ENGINES FOR SHIPS

机译:船舶智能推进发动机的控制系统,监测和诊断

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This paper aims to present the concept of intelligent engine propulsion ships. The first step towards achieving intelligent engine was the shift from conventional engines to electric-controlled engine (ME). The concept involves an electric motor servo-controlled hydraulic drive system of fuel injection and exhaust valves. An important step in achieving this transition was the common battery system with fuel injection, electronically controlled, brought the company Sulzer RT-flex engines through. Increasing demands on the performance of ships, prevention of environmental pollution issues, and safety issues have led to an increasing concentration of concerns over the concept of total vessel and the interaction between different systems and equipment installed on board.
机译:本文旨在介绍智能发动机推进船的概念。实现智能发动机的第一步是从传统发动机转移到电控发动机(ME)。该概念涉及燃料喷射和排气阀的电动机伺服控制液压驱动系统。实现这一转型的一个重要步骤是普通电池系统,带有燃油喷射,电子控制,带来了苏尔乐RT-FLEX发动机的。越来越多,对船舶的表现,预防环境污染问题和安全问题的要求导致了对总船舶概念的担忧以及在船上安装的不同系统和设备之间的相互作用的兴趣增加。

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