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A Novel Energy Saving and Power Production System Performance Analysis in Marine Power Plant Using Waste Heat

机译:舰船余热利用的新型节能发电系统性能分析

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In the recent years, other than conventional energy recovery systems for example cogeneration system, more feasible, economic and low investment systems have been studied. One of these systems deals with utilization of low exhaust gas waste heat. For this application there is a large literature on utilization of Organic Rankine Cycle energy recovery system, recently. The energy saving and sustainability is more important research activities in the world recently because of increasing the global warming. Therefore, a new concept have been developed for energy saving utilized waste heat namely Organic Rankine Cycle. In recently for a given better performance to recover low grade waste heat is proposed the organic Rankine Cycle. There are several advantages for example economical utilization of energy resources, small system applications and environmental impacts In this paper, energy saving and power solution of such a system which is theoretically designed for a container ship marine power plant was examined. For this purpose, some performance analysis criterion have been used to analysis of marine power plant in a container ship and some results have been discussed.
机译:近年来,除了常规的能量回收系统,例如热电联产系统,还研究了更可行,经济和投资少的系统。这些系统之一涉及低废气余热的利用。对于该应用,最近有大量关于有机朗肯循环能量回收系统的利用的文献。由于全球变暖的加剧,节能和可持续发展是当今世界上更重要的研究活动。因此,已经开发出了一种新的节能废热概念,即有机朗肯循环。最近,为了给定更好的性能来回收低等级废热,提出了有机朗肯循环。有多种优势,例如能源资源的经济利用,小型系统应用和对环境的影响。本文研究了理论上为集装箱船船用发电厂设计的这种系统的节能和电源解决方案。为此目的,一些性能分析标准已被用于分析集装箱船中的海上电厂,并讨论了一些结果。

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