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This paper presents the modeling and simulation work completed in the project sponsored by ONR grant N00014-08-C-0227. The project is to investigate new design concepts of all-electric ship integrated power systems (IPS) and to develop PEBB-based converter models that will represent the existing commercially available products with adequate details and interfaces to allow them to be used in various...
The present work tries to investigate and exploit the maximum energy delivered by a solar photovoltaic, to power a double star induction motor (DSIM) through two voltages inverters of five levels NPC structure. The proposed cascade consists of two photovoltaic's sources-two inverters voltages of five-level NPC structure-DSIM. This study shows the volatility of the input voltages of the two inverters...
Doubly-Fed Induction Generators (DFIG) are commonly utilized in wind farms nowadays due to their advantages as compared with single-fed ones. Control complexities and their unique characteristics may, however, raise different problems during abnormal or faulty operating conditions. In this paper, an integrated simulation for DFIGs in wind farms is presented for protection application purposes in particular...
The technical documents, the experts' knowledge and experiences, and the operating states of hydro turbine generator sets (HTGS) are digitalized with modern modeling and simulation as well as computer and network techniques. The digital information can be understood not only by human experts but also by intelligent equipment. They are comprehensively employed in the condition analysis and fault/degradation...
Increased loads and customers demand from the distribution utility side by side with the deregulated environment have focused more light on distributed generation (DG) as an attractive option to defer transmission and distribution upgrading, and to support reliability and system performance. This paper discusses modeling of different types of DG and its integration in the distribution network using...
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