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http://dx.doi.org/10.5916/jkosme.2011.35.6.796

Analysis of Development Trend for the Integrated Power System of Naval Vessels to Perform the High-Power and Energy Mission Load Platform  

Lee, Hyung-Min (해군사관학교 함정추진체계학과)
Cho, Byung-Jin (해군사관학교 함정추진체계학과)
Publication Information
Journal of Advanced Marine Engineering and Technology / v.35, no.6, 2011 , pp. 796-801 More about this Journal
Abstract
The objective of this work presented here was focused on analysis of development trend for the integrated power system of naval vessels to perform the high-power and energy mission load platform. These mission loads are affected by the high level of military technologies, digitalization of the ocean battlefield, high power sensor system for maximization of the ship survivability. All electric power including propulsion power for ship should be controlled by integrated single system in order to carry various high power density weapon system such as Electromagnetic Aircraft Launch System, Electromagnetic Rail Gun[feasible precision striking at long distance 200NM(370km) or over]. As the analyzing the present state of things, mechanical propulsion system is shifted into hybrid or fully electric propulsion systems to realize integrated power system at the developed countries. Such challenges include reduced dependency on foreign-supplied fossil fuel, increasing demand for installed ship power, controlling life-cycle costs.
Keywords
Ship survivability; Electromagnetic rail gun; Integrated power system; Life-cycle costs;
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  • Reference
1 Timothy J. McCoy, "Electric ship office overview", Surface Navy Association National Symposium, 2011.
2 C. G. Hodge, "The electric warship then, now and later", Paper on electric propulsions and the advances over the last 30 years presented at INEC in Hamburg, Germany, 2008.
3 Capt. Norbert Doerry, "Next generation integrated power systems for the future fleet", IEEE Electric Ship Technologies Symposium, 2009.
4 Jon Rosamond, "All systems go as electric solution power future ships", Jane's Navy International, 2008.
5 Lynn J. Petersen, Donald J. Hoffman, Joseph P. Borraccini and Steven B. Swindler, "Next-generation power and energy: maybe not so next generation", Naval Engineering Journal, vol. 122, no. 4, pp. 59-74, 2010.   DOI