Search

Your search keyword '"Verboomen, J. (author)"' showing total 17 results
Start Over Author "Verboomen, J. (author)"
17 results on '"Verboomen, J. (author)"'

2. Analytical Approach to Grid Operation With Phase Shifting Transformers

Author

Verboomen, J. (author), Van Hertem, D. (author), Schavemaker, P.H. (author), King, W.L. (author), Belmans, R. (author), Verboomen, J. (author), Van Hertem, D. (author), Schavemaker, P.H. (author), King, W.L. (author), and Belmans, R. (author)

Abstract

Analytical expressions are derived to gain insight in the operating principles of phase shifting transformers (PSTs) in a highly meshed grid. To this extent, the dc load flow algorithm is adapted to account for such devices. This leads to a linear expression for the relation between PST settings and the active power flow in the lines. Based on these equations, the total transfer capacity (TTC) can be described mathematically, which allows for optimization. Furthermore, the linear least squares method is used to distribute a cross-border transport evenly over the interconnectors. Both criteria are demonstrated by two examples, Electrical Sustainable Energy, Electrical Engineering, Mathematics and Computer Science

Published
2008

4. Analytical Approach to Grid Operation With Phase Shifting Transformers

Author

Verboomen, J. (author), Van Hertem, D. (author), Schavemaker, P.H. (author), King, W.L. (author), Belmans, R. (author), Verboomen, J. (author), Van Hertem, D. (author), Schavemaker, P.H. (author), King, W.L. (author), and Belmans, R. (author)

Abstract

Analytical expressions are derived to gain insight in the operating principles of phase shifting transformers (PSTs) in a highly meshed grid. To this extent, the dc load flow algorithm is adapted to account for such devices. This leads to a linear expression for the relation between PST settings and the active power flow in the lines. Based on these equations, the total transfer capacity (TTC) can be described mathematically, which allows for optimization. Furthermore, the linear least squares method is used to distribute a cross-border transport evenly over the interconnectors. Both criteria are demonstrated by two examples, Electrical Sustainable Energy, Electrical Engineering, Mathematics and Computer Science

Published
2008

5. Estimation of power system variability due to wind power

Author

Papaefthymiou, G. (author), Verboomen, J. (author), Van der Sluis, L. (author), Papaefthymiou, G. (author), Verboomen, J. (author), and Van der Sluis, L. (author)

Abstract

The incorporation of wind power generation to the power system leads to an increase in the variability of the system power flows. The assessment of this variability is necessary for the planning of the necessary system reinforcements. For the assessment of this variability, the uncertainty in the system inputs should be modeled, comprising of the time-dependent stochasticity of the system loads and the correlated wind resources. In this contribution, a unified Monte-Carlo simulation methodology is presented that addresses both issues. The application of the method for the analysis of the wind power integration in the New England test system is presented., Electrical Engineering, Mathematics and Computer Science

Published
2007

6. Estimation of power system variability due to wind power

Author

Papaefthymiou, G. (author), Verboomen, J. (author), Van der Sluis, L. (author), Papaefthymiou, G. (author), Verboomen, J. (author), and Van der Sluis, L. (author)

Abstract

The incorporation of wind power generation to the power system leads to an increase in the variability of the system power flows. The assessment of this variability is necessary for the planning of the necessary system reinforcements. For the assessment of this variability, the uncertainty in the system inputs should be modeled, comprising of the time-dependent stochasticity of the system loads and the correlated wind resources. In this contribution, a unified Monte-Carlo simulation methodology is presented that addresses both issues. The application of the method for the analysis of the wind power integration in the New England test system is presented., Electrical Engineering, Mathematics and Computer Science

Published
2007

7. Indication of Safe Transition Paths of Phase Shifter Settings by Greedy Algorithms

Author

Verboomen, J. (author), Schavemaker, P.H. (author), Kling, W.L. (author), van Hertem, D. (author), Belmans, R. (author), Verboomen, J. (author), Schavemaker, P.H. (author), Kling, W.L. (author), van Hertem, D. (author), and Belmans, R. (author)

Abstract

Electrical Engineering, Mathematics and Computer Science

Published
2007

8. Monte Carlo simulation techniques for optimisation of phase shifter settings

Author

Verboomen, J. (author), Schavemaker, P.H. (author), Kling, W.L. (author), van Hertem, D. (author), Spaan, F.J.C.M. (author), Delince, J.M. (author), Verboomen, J. (author), Schavemaker, P.H. (author), Kling, W.L. (author), van Hertem, D. (author), Spaan, F.J.C.M. (author), and Delince, J.M. (author)

Abstract

Electrical Engineering, Mathematics and Computer Science

Published
2007

9. Influence of phase shifting transformers and HVDC on power system losses

Author

Verboomen, J. (author), Kling, W.L. (author), van Hertem, D. (author), Cole, S. (author), Belmans, R. (author), Verboomen, J. (author), Kling, W.L. (author), van Hertem, D. (author), Cole, S. (author), and Belmans, R. (author)

Abstract

Electrical Engineering, Mathematics and Computer Science

Published
2007

11. Border-Flow Control by means of Phase Shifting Transformers

Author

Verboomen, J. (author), Schavemaker, P.H. (author), Kling, W.L. (author), van Hertem, D. (author), Belmans, R. (author), Verboomen, J. (author), Schavemaker, P.H. (author), Kling, W.L. (author), van Hertem, D. (author), and Belmans, R. (author)

Abstract

Electrical Engineering, Mathematics and Computer Science

Published
2007

12. Indication of Safe Transition Paths of Phase Shifter Settings by Greedy Algorithms

Author

Verboomen, J. (author), Schavemaker, P.H. (author), Kling, W.L. (author), van Hertem, D. (author), Belmans, R. (author), Verboomen, J. (author), Schavemaker, P.H. (author), Kling, W.L. (author), van Hertem, D. (author), and Belmans, R. (author)

Abstract

Electrical Engineering, Mathematics and Computer Science

Published
2007

13. Monte Carlo simulation techniques for optimisation of phase shifter settings

Author

Verboomen, J. (author), Schavemaker, P.H. (author), Kling, W.L. (author), van Hertem, D. (author), Spaan, F.J.C.M. (author), Delince, J.M. (author), Verboomen, J. (author), Schavemaker, P.H. (author), Kling, W.L. (author), van Hertem, D. (author), Spaan, F.J.C.M. (author), and Delince, J.M. (author)

Abstract

Electrical Engineering, Mathematics and Computer Science

Published
2007

14. Influence of phase shifting transformers and HVDC on power system losses

Author

Verboomen, J. (author), Kling, W.L. (author), van Hertem, D. (author), Cole, S. (author), Belmans, R. (author), Verboomen, J. (author), Kling, W.L. (author), van Hertem, D. (author), Cole, S. (author), and Belmans, R. (author)

Abstract

Electrical Engineering, Mathematics and Computer Science

Published
2007

15. Estimation of power system variability due to wind power

Author

Papaefthymiou, G. (author), Verboomen, J. (author), Van der Sluis, L. (author), Papaefthymiou, G. (author), Verboomen, J. (author), and Van der Sluis, L. (author)

Abstract

The incorporation of wind power generation to the power system leads to an increase in the variability of the system power flows. The assessment of this variability is necessary for the planning of the necessary system reinforcements. For the assessment of this variability, the uncertainty in the system inputs should be modeled, comprising of the time-dependent stochasticity of the system loads and the correlated wind resources. In this contribution, a unified Monte-Carlo simulation methodology is presented that addresses both issues. The application of the method for the analysis of the wind power integration in the New England test system is presented., Electrical Engineering, Mathematics and Computer Science

Published
2007

17. Border-Flow Control by means of Phase Shifting Transformers

Author

Verboomen, J. (author), Schavemaker, P.H. (author), Kling, W.L. (author), van Hertem, D. (author), Belmans, R. (author), Verboomen, J. (author), Schavemaker, P.H. (author), Kling, W.L. (author), van Hertem, D. (author), and Belmans, R. (author)

Abstract

Electrical Engineering, Mathematics and Computer Science

Published
2007

Catalog

Books, media, physical & digital resources
See catalog results