並列摘要
Oil price increases yearly, and operation costs of shipping boats rise dramatically. It is imperatively how to economize energy for main and auxiliary engines in the machine room for deep ocean shipping boats. There is more electrical power used in operating the cooling pumps of diesel engines for deep ocean shipping boats than for other shipping boats. In addition, the electrical power consumption increases because the electricity does not be controlled. Therefore, this research project is to conduct an economized energy experiment on a diesel engine, and to process the control of pump speed under different engine speeds and loads. The electrical power consumption and the evaluation for the feasibility applied to deep ocean shipping boats are investigated. The result of evaluating the economized fifteen-year cost shows that the application of the system to deep ocean shipping boats is highly feasible.
延伸閱讀
- 蘇樂梅、張始偉（1996）。燃氣渦輪機動葉冷卻系統熱傳現象研究。海運研究學刊，(1)，87-102。https://doi.org/10.7093/MRJ.199604.0087
- 吳鴻文、楊佳穎、陳盈全、洪誌伸（2009）。遠洋漁船機艙之燃油系統無人化研究。船舶科技，(37)，46-62。https://doi.org/10.30037/MT.200908.0004
- 蕭志豪、葉榮華、瘳世平（2001）。小型船用柴油機排氣流量與溫度之理論預測。海運研究學刊，(10)，33-43。https://doi.org/10.7093/MRJ.200104.0033
- 蘇俊連、鐘瑋琳、余坤庭（2013）。變頻器應用於船舶海水冷卻泵之節能效益分析。中國造船暨輪機工程學刊，32(1)，35-46。https://www.airitilibrary.com/Article/Detail?DocID=10234535-201302-201305150006-201305150006-35-46
- 田文國（2013）。船舶柴油主機極低速運行省油效益之研究。船舶科技，(43)，1-12。https://www.airitilibrary.com/Article/Detail?DocID=10281983-201309-201310180029-201310180029-1-12