Voltage Behavior in the Switched Reluctance Generator Due to Different Speed Profiles Aimed at Use in Small Wind Turbines R. Fidelis, G. Viajante, L. Coutinho, E. Nery, F. Mendonça, D. Andrade, M. Escobar and L. Miranda   2017/04/25

Abstrac

This paper presents the implementation of an experimental platform for the study and drive the switched reluctance machine (SRM) as generator. Analyzing the behavior of the generated voltage at SRM at different speeds profiles. The driving was done through a data acquisition and processing system of high performance and low cost (DSP / FPGA). The results are shown and discussed.

Authors and affiliations

R. Fidelis(2), G. Viajante(1), L. Coutinho(2), E. Nery(1), F. Mendonça(1), D. Andrade(2), M. Escobar(1) and L. Miranda(1)
1. Federal Institute of Education, Science and Technology Goiás, NUPSE. Campus of Itumbiara. Goiás (Brazil)
2. Electric Drives Laboratory, Federal University of Uberlândia. Santa Mônica Campus, Uberlândia-MG, Brasil

Key word

Switched Reluctance Machine, Small wind Turbine, Generator.

References

[1] R. Fidelis, “Development of an Experimental Platform to Drive the Switched Reluctance Machine”, ICREPQ, 2016, ISNN 2172-038.
[2] G. Viajante, “Gerador a Relutância Variável em Conexão com a Rede elétrica para Injeção de Potência Ativa”, in Proc. UFU2013, CDU:621.3.
[3] A. Silveira, “Controlo f the SEM operating as motor/generator”, IEEE International Symposium on Industrial Eletronics, 2009, ISIE.
[4] D. Susitra, E. Jebaseli, A. Elisabeth, “Switched Reluctance Generator – Modeling Simulation, analysis and Control. A comprehensive Review”, International Journal of Computer Application, 2010, Vol. 1 N° 2.
[5] F. Ribeiro, L. Cabral, A. Fleury. “A Switched Reluctance Generator Behavior Under Variable Speed an Variable Excitation”, 2010.
[6] Z. Mohamed, T. Muthana, “Robust Controllers For Variable Reluctance Motors”, Hindawi Publishing Corporation, 2005, Vols 195-214. DOi: 10.1155/MPE.2005.195.
[7] T. Miller, “Eletronic Control of Switching Reluctance Machine”, Newness Power Engineering Series, 2001. 272 pp.
[8] A. Fleury, “Modelagem, Construção, Testes e Análise de Desempenho de um Gerador a Relutância Chaveado”. UFU 2008, p258.
[9] A. Coelho, M. Aguiar, “Simulação, Projeto e Teste de um Gerador a Relutância Chaveado Trifásico 6x4”. USP 2001.
[10] F. Blaabjerg, “Power Eletronics in Wind Turbine System”, IPMEC-IEEE,2006.