Analysis on Application of Flywheel Energy Storage System for offshore plants with Dynamic Positioning System
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This paper describes a study of conventional electrical rig and simulated application of Flywheel Energy Storage system on the power system of the offshore plants with dynamic positioning system with the following aims: improve fuel consumption on engines, prevent blackout and mitigate voltage sags due to pulsed load and fault. Fuel consumption has been analyzed for the generators of the typical drilling rigs compared with the power plant with Flywheel Storage Unit which has an important aid in avoiding power interruption during DP (Dynamic Positioning) operation. The FES (Fly wheel Energy storage System) releases energy very quickly and efficiently to ensure continuity of the power supply to essential consumers such as auxiliary machinery and thrusters upon main power failure. It will run until the standby diesel generator can start and supply the electric power to the facilities to keep the vessel in correct position under DP operation. The proposed backup method to utilize the quick and large energy storage Flywheel system can be optimized in any power system design on offshore plant.
Abstract
This paper describes a study of conventional electrical rig and simulated application of Flywheel Energy Storage system on the power system of the offshore plants with dynamic positioning system with the following aims: improve fuel consumption on engines, prevent blackout and mitigate voltage sags due to pulsed load and fault. Fuel consumption has been analyzed for the generators of the typical drilling rigs compared with the power plant with Flywheel Storage Unit which has an important aid in avoiding power interruption during DP (Dynamic Positioning) operation. The FES (Fly wheel Energy storage System) releases energy very quickly and efficiently to ensure continuity of the power supply to essential consumers such as auxiliary machinery and thrusters upon main power failure. It will run until the standby diesel generator can start and supply the electric power to the facilities to keep the vessel in correct position under DP operation. The proposed backup method to utilize the quick and large energy storage Flywheel system can be optimized in any power system design on offshore plant.
참고문헌 (6)
- Damir Radan, "Probability based generator commitment optimization in ship power system", Proceedings of the 10th World Scientific and Engineering Academy and Society, pp.905~910 (2006)
- John McGroarty, "Flywheel energy storage system for electric start and an all-electric ship", Proceedings of the Electric Ship Technologies Symposium, pp.400~406 (2005)
- Satish Samineni, "Modeling and analysis of a flywheel energy storage system for voltage sag correction", International Electric Machines and Drives', 3, pp.1813~1818 (2003)
- Investigation on Storage Technologies for Intermittent Renewable Energies, "Alan Ruddell", Institute of Electrical and Electronics Engineers, ~, pp.Report no. WT-ST6 Flywheel (2000)
- J. D. Herbst, "Intelligent Micro-grid Demonstrator", Proceedings of the Electric Machines Tech Symposium (2010)
- 오진석, "대용량 전기추진시스템 설계를 위한 제어알고리즘 개발", 한국마린엔지니어링학회지, 34(1), pp.195~201 (2010), 한국마린엔지니어링학회