This paper discusses the technicalconsiderations when SOFCs are used for mixedDG/backuppowerapplications, where the SOFCs work as distributed generators that output power to the grid when the grid is connected, while pick up the critical load in an acceptable time scale and continue the power supply to this critical load during a grid blackout. The principle of SOFC power generation is described, with reference to a prototype of a real 110 kWe tubular SOFC combined heat and power system, which is manufactured by Siemens Westinghouse and has operated at TurboCare S.p.A (Siemens Group) Turin, Italy. The technical requirements for a mixedDG/backuppower system are presented and the system structure is detailed with special consideration of the technical aspects of the power conditioning systems. Simulation results based on a Matlab/Simulink model are reported assuming a grid blackout and a step increase of the critical load.
Technical considerations of SOFCs for mixed DG/backup power applications / Bompard, Ettore Francesco; Napoli, Roberto; Orsello, G; Roiu, Daniel; Tenconi, Alberto; Wan, B.. - In: INTERNATIONAL JOURNAL OF HYDROGEN ENERGY. - ISSN 0360-3199. - STAMPA. - 33:22(2008), pp. 6743-6748. [10.1016/j.ijhydene.2008.05.109]
Technical considerations of SOFCs for mixed DG/backup power applications
BOMPARD, Ettore Francesco;NAPOLI, Roberto;ROIU, DANIEL;TENCONI, Alberto;
2008
Abstract
This paper discusses the technicalconsiderations when SOFCs are used for mixedDG/backuppowerapplications, where the SOFCs work as distributed generators that output power to the grid when the grid is connected, while pick up the critical load in an acceptable time scale and continue the power supply to this critical load during a grid blackout. The principle of SOFC power generation is described, with reference to a prototype of a real 110 kWe tubular SOFC combined heat and power system, which is manufactured by Siemens Westinghouse and has operated at TurboCare S.p.A (Siemens Group) Turin, Italy. The technical requirements for a mixedDG/backuppower system are presented and the system structure is detailed with special consideration of the technical aspects of the power conditioning systems. Simulation results based on a Matlab/Simulink model are reported assuming a grid blackout and a step increase of the critical load.Pubblicazioni consigliate
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https://hdl.handle.net/11583/1855139
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