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Online parameter identification of synchronous machines using Kalman filter and recursive least squares

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posted on 21.10.2019 by Erick Alves, Jonas Noeland, Giancarlo Marafioti, Geir Mathisen
This paper investigates and implements a procedure
for parameter identification of salient pole synchronous machines that is based on previous knowledge about the equipment and can be used for condition monitoring, online assessment of the electrical power grid, and adaptive control. It uses a Kalman filter to handle noise and correct deviations in measurements caused by uncertainty of instruments or effects not included in the model.
Then it applies a recursive least squares algorithm to identify
parameters from the synchronous machine model. Despite being affected by saturation effects, the proposed procedure estimates 8 out of 13 parameters from the machine model with minor deviations from data sheet values and is largely insensitive to noise and load conditions.

Submitted to IEEE IECON 2019.

History

Email Address of Submitting Author

erick.f.alves@ntnu.no

ORCID of Submitting Author

0000-0002-7827-0380

Submitting Author's Institution

NTNU

Submitting Author's Country

Norway

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