논문KCI 등재
선박 동력발생용 연료전지시스템 기술개발의 전망에 대한 고찰
Analysis on the Technology R&D of the Fuel Cell Systems for Power Generation in Ships
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참고문헌
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초록
Abstract
Now, there are two big issues threatening global society, which are the depletion of fossil fuels and the environmental disruption. Therefore, marine diesel engine, taking up over 95% share of the marine power market, has met the environmental and economical problems, too. These problems have caused a necessity of new, alternative power systems in ships and fuel cell systems has been playing a central role as one of the alternatives. This paper analyzes the characteristics of marine fuel cell systems, R&D trends of advanced countries, and mapping out R&D strategy of Korea.
참고문헌 (17)
- "Marine and Naval Applications of Fuel Cells for Propulsion Journal of Power Sources", pp.169~179 (1990)
- "Possible Fuel Cell Applications for Ships and Submarines Journal of Power Sources"
- "Fuel Cells Going On-board", 86, pp.61~67 (2000)
- "Application of Fuel Cells in Surface Ships" (2001)
- "Life Cycle Analysis Results of Fuel Cell Ships" (2004)
- "Fuel Cells in Ships: Safety & Reliability" (2004)
- N. Rattenbury, "Development of Requirements for Fuel Cells in the Marine Environment - Performance and Prescription" (2006)
- R. M. Privette, "PEM Fuel Cell System Evaluation for Navy Surface Ship Application" (1999)
- R. O’Rourke, "Navy Ship Propulsion Technologies: Options for Reducing Oil Use - Background for Congress", (RL33360) (2006)
- John J, "Development of a Hybrid Fuel Cell Ferry Water Transit Authority" (2003), John J. Mcmullen Associates, Inc.
- G. Sattler, "PEFCs for Naval Ships and Submarines", 71, pp.144~149 (1998)
- European Commission, "Fuel Cells in Ships - Synthesis of Open Problems and Roadmap for Future RTD" (2004)
- Ø. Endresen, "Cost Calculations of Fuel Cells in Ships", (1-1.3C-D-2003-01) (2003)
- Ø. Endresen, "Emission Reductions by Fuel Cell Ships", (1-1.3B-D-2003-01) (2003)
- M. Reenaas, "Solid Oxide Fuel Cell Combined with Gas Turbine Versus Diesel Engine as Auxiliary Power Producing Unit Onboard a Passenger Ferry: a Comparative Life Cycle Assessment and Life Cycle Cost Assessment" (2005)
- No, "Applications of Fuel Cells to Surface Ship Propulsion Systems" (1993)
- T. Maeda, "Development of Fuel Cell AUV URASHIMA", 41(6) (2004)
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