Electric power system design and analysis for FLNG vessel
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The electrical reliability of the power generation and distribution system of Floating LiquefiedNatural Gas vessels has been analyzed according to the operating modes using Electrical Transient AnalysisProgram in this paper. Electricity is used for the topside processes, cargo pumps for off-loading, thrusters forheading control and marine equipment. It is very important to improve the safety, efficiency, and stability ofthe electrical power system for successful operation. The voltage variation of the high and the low voltagebus shall be within the primitive limitation range at normal operation loads both in steady state and in thetransient state. The power system was simulated and compared with class rule for design verification.
Abstract
The electrical reliability of the power generation and distribution system of Floating LiquefiedNatural Gas vessels has been analyzed according to the operating modes using Electrical Transient AnalysisProgram in this paper. Electricity is used for the topside processes, cargo pumps for off-loading, thrusters forheading control and marine equipment. It is very important to improve the safety, efficiency, and stability ofthe electrical power system for successful operation. The voltage variation of the high and the low voltagebus shall be within the primitive limitation range at normal operation loads both in steady state and in thetransient state. The power system was simulated and compared with class rule for design verification.
참고문헌 (10)
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