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Time: Thursday 18 December 2014 at 13:00 - 17:00 2014-12-18T13:00:00 2014-12-18T17:00:00

Kungliga Tekniska högskolan
HT 2014

Location: Q2

Activity: Lecture

Teachers: Luigi Vanfretti ()

Student groups: TELPM_1, TIETM_SMCS_1, TSCRM_1

Info:

Challenges for power system modelling and simulation (Frederico Milano)

Abstract:

In recent years, power systems have undergone deep changes. The transition from conventional power plants to distributed renewable energy sources and from monolithic power systems to quickly evolving “smart grids” force to constantly reconsider device and control models and to refurbish existing simulation tools. This short seminar briefly outlines some current challenges for power system modeling and simulation. In particular, the seminar discusses modelling and stability issues of power systems formulated as stochastic and functional differential-algebraic equations, which appear adequate to reproduce the uncertainty of renewable energy sources as well as the signal delays that can affect modern control systems. Finally, the seminar discusses the challenges offered by parallel computing to renew power system analysis tools.

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Scheduling staff restored the event from the trash can. 14 July 2014

Teacher Maxime Baudette edited 6 August 2014

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Scheduling staff edited 3 October 2014

MånTorsdag 18 december 2014 kl 13:00 - 17:00

Teacher Maxime Baudette edited 30 October 2014

iL6 + Reserved

Scheduling staff edited 10 November 2014

Scheduling staff edited 12 November 2014

Teacher Maxime Baudette edited 8 December 2014

Challenges for power system modelling and simulation (Frederico Milano) Abstract: In recent years, power systems have undergone deep changes. The transition from conventional power plants to distributed renewable energy sources and from monolithic power systems to quickly evolving “smart grids” force to constantly reconsider device and control models and to refurbish existing simulation tools. This short seminar briefly outlines some current challenges for power system modeling and simulation. In particular, the seminar discusses modelling and stability issues of power systems formulated as stochastic and functional differential-algebraic equations, which appear adequate to reproduce the uncertainty of renewable energy sources as well as the signal delays that can affect modern control systems. Finally, the seminar discusses the challenges offered by parallel computing to renew power system analysis tools.¶

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Last changed 2014-12-08 18:22

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