Title :
Hybrid Power Generation Systems
Author :
Nilsen, Roy ; Sørfonn, Ingve
Author_Institution :
Wartsila Ship Power Technol., Stord, Norway
Abstract :
The marine sector is a large part of the global transportation system. There is an increasing need for reducing emission to air and more energy efficient operation for the whole industry. This will have strong influence on the energy system on-board. All aspects from ship design, propulsion, machinery, power distribution and service have to be considered. In section II On-board distribution system is discussed. AC system is the common solution today, but DC distribution can give additional degrees of freedom for operation of the Engine & Generator Set. In section III Hybrid Power Generation System is presented. The structure chosen is dependent on the operation profile for the ship. In this section a hybrid solution with direct mounted shaft motor/generator is presented. Additional energy sources as fuel cells are introduced. In section IV Power management are discussed, while the requirement for Power electronics and machines are briefly discussed in section V.
Keywords :
air pollution control; electric generators; energy resources; fuel cells; hybrid power systems; marine vehicles; power distribution; direct mounted shaft motor-generator; emission reduction; energy sources; energy system on-board; fuel cells; global transportation system; hybrid power generation systems; marine sector; on-board distribution system; power distribution; power electronics; ship design; ship machinery; ship propulsion; AC generators; DC generators; Energy efficiency; Engines; Machinery; Marine transportation; Marine vehicles; Power distribution; Power generation; Propulsion; DC distribution; Emission; Fuel Cells; Hybrid Power; Multi phase machines;
Conference_Titel :
Power Electronics and Applications, 2009. EPE '09. 13th European Conference on
Conference_Location :
Barcelona
Print_ISBN :
978-1-4244-4432-8
Electronic_ISBN :
978-90-75815-13-9