Difference between revisions of "Projects:2018s1-190 Dynamical Modelling of Synchronous Machines"

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(Created page with "Project Name: Dynamical Modelling of Synchronous Machines Supervisor: Andrew Allison, David Vowles Description: This project aims to carry out a rigorous sequence of tests t...")
 
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Project Name: Dynamical Modelling of Synchronous Machines
 
Supervisor: Andrew Allison, David Vowles
 
  
Description:
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'''Project Name'''
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 +
Dynamical Modelling of Synchronous Machines
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 +
 
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'''Supervisors'''
 +
 
 +
Andrew Allison, David Vowles
 +
 
 +
 
 +
'''Students'''
 +
 
 +
Lanbo Song;Qingyu Zhu, Xiaoyu Wang
 +
 
 +
 
 +
 
 +
'''Description'''
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This project aims to carry out a rigorous sequence of tests to measure the dynamical parameters of a synchronous machine. An important aspect of this project is the ability to capture and collate high-quality sets of measurements, and to combine these in order to estimate parameters. The other important aspect of the project is to model the synchronous machine (and prime-mover) to be able to predict experimental outcomes.
 
This project aims to carry out a rigorous sequence of tests to measure the dynamical parameters of a synchronous machine. An important aspect of this project is the ability to capture and collate high-quality sets of measurements, and to combine these in order to estimate parameters. The other important aspect of the project is to model the synchronous machine (and prime-mover) to be able to predict experimental outcomes.

Revision as of 21:39, 13 April 2018

Project Name

Dynamical Modelling of Synchronous Machines


Supervisors

Andrew Allison, David Vowles


Students

Lanbo Song;Qingyu Zhu, Xiaoyu Wang


Description

This project aims to carry out a rigorous sequence of tests to measure the dynamical parameters of a synchronous machine. An important aspect of this project is the ability to capture and collate high-quality sets of measurements, and to combine these in order to estimate parameters. The other important aspect of the project is to model the synchronous machine (and prime-mover) to be able to predict experimental outcomes.