Marine Diesel-generator Model for Voltage and Frequency Variation Analysis During Fault Scenarios
Various faults in ship's electrical power system, primarily those connected with diesel-generators, governors and automatic voltage regulators, may lead to oscillations in generator load, voltage and frequency. If those transients are large enough, a partial or total blackout may occur. In orde...
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| Veröffentlicht in: | Pomorski Zbornik 2016, Vol.51 (1), p.11 |
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| creator | Cuculic, Aleksandar Celic, Jasmin Prenc, Rene |
| description | Various faults in ship's electrical power system, primarily those connected with diesel-generators, governors and automatic voltage regulators, may lead to oscillations in generator load, voltage and frequency. If those transients are large enough, a partial or total blackout may occur. In order to prevent such events, it is very important to get an insight into dynamic behaviour of electrical energy sources on board vessel. In this paper, a dynamic model in the time domain of marine diesel-generator is presented. The model is realized in the MATLAB/SIMULINK environment and consists of three main parts: the synchronous generator model, diesel-engine governor model and voltage regulator model. Simulation of a sudden loss of one generator when two generators are running in parallel is performed. Simulation results show that the presented model is fully applicable for the purpose of analysis of the marine diesel-generator dynamic behaviour during transient periods. |
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If those transients are large enough, a partial or total blackout may occur. In order to prevent such events, it is very important to get an insight into dynamic behaviour of electrical energy sources on board vessel. In this paper, a dynamic model in the time domain of marine diesel-generator is presented. The model is realized in the MATLAB/SIMULINK environment and consists of three main parts: the synchronous generator model, diesel-engine governor model and voltage regulator model. Simulation of a sudden loss of one generator when two generators are running in parallel is performed. 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| ispartof | Pomorski Zbornik, 2016, Vol.51 (1), p.11 |
| issn | 0554-6397 1848-9052 |
| language | eng |
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| source | EZB-FREE-00999 freely available EZB journals |
| subjects | Blackout Computer simulation Diesel Diesel engines Electric power Electricity generators Energy Energy resources Energy sources Faults Frequency variation Generators Governors Oscillations Power supply Regulators Running in Ships Simulation Systems stability Voltage Voltage regulators |
| title | Marine Diesel-generator Model for Voltage and Frequency Variation Analysis During Fault Scenarios |
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