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Title: |
Regulation of Output Voltage and Rotation Speed of the Turbine-Generator Assembly for a Geothermal Power Plant |
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Authors: |
Julien RAJOMALAHY and Lala ANDRIANAIVO |
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Key Words: |
Geothermal, Power generation, Turbo-Generator, PID, Matlab Sumilink |
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Conference: |
Stanford Geothermal Workshop |
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Year: |
2024 |
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Session: |
Production Engineering |
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Language: |
English |
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Paper Number: |
Rajomalahy |
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File Size: |
1279 KB |
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View File: |
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The study presented in this article focuses on the modeling and regulation of the voltage and speed of the turboalternator in order to ensure power system stability and quality of service. The most important problem in the analysis of these systems is undoubtedly their stability. This model is based on the electrical and mechanical equations of the system, which gives us an idea of how the alternator behaves under load disturbances. This model was implemented on Matlab/Simulink, with the aim of establishing a controller-based control system for voltage and speed. The simulation results are satisfactory.
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