Details Details PDF BIBTEX RIS Title Generator with modulated magnetic flux for wind turbines Journal title Bulletin of the Polish Academy of Sciences Technical Sciences Yearbook 2017 Volume 65 Issue No 4 Authors Gwóźdź, M. ; Krystkowiak, M. ; Jędryczka, C. ; Gulczyński, A. ; Matecki, D. Divisions of PAS Nauki Techniczne Coverage 469-478 Date 2017 Identifier DOI: 10.1515/bpasts-2017-0052 ; ISSN 2300-1917 Source Bulletin of the Polish Academy of Sciences: Technical Sciences; 2017; 65; No 4; 469-478 References Carlin (2001), The History and State of the Art of Variable - Speed Wind Turbine Technology Technical report NREL National Renewal Energy Laboratory Golden CO, USA, 500. ; Akhmatov (2007), Induction Generators for Wind Multi -, Power Science. ; Pellergrino (2003), Design of direct drive low speed machines Industry Applications Conference thIAS Meeting, Annual, 23, 1421. ; Göteborg (1996), Grauers Design of Direct - Driven Permanent - Magnet Generators for Wind Turbines Ph Dissertation Chalmers University of Technology, null, 14. ; Schulz (2009), Improved Grid of Wind Systems Pol, Integration Energy Tech, 311. ; Dubois (2004), Optimized Permanent Magnet Generator Topologies for Direct Drive Wind Turbines Ph Dissertation Delft University of Technology Delft Netherlands, null, 15. ; (null), MITSUBISHI ELECTRIC Module Loss Simulator http www mitsubishielectric com semiconductors dm u als form html, Power. ; Hansen (2001), Conceptual Survey of Generators for Wind Turbines National Laboratory, Power Electronics. ; Masson (2005), High power density superconducting motor for all - electric aircraft propulsion on, IEEE Transactions Applied Superconductivity, 30, 2226. ; Polinder (2006), Comparison of direct - drive and geared generator concepts for wind turbine on, IEEE Transactions Energy Conversion, 18, 725. ; Polinder (2007), Concept Report on Generator Topologies Mechanical and Electromagnetic Optimization Deliverable No, null, 1. ; Council (null), Global Wind http www gwec net publications global wind report, Energy. ; Chen (2005), Issues of connecting wind farms into power systems Proceedings of Transission and Distribution Conference and Exhibition Asia and Pacific, IEEE. ; Superczynski (1997), Homopolar motor with high temperature superconductor field windings on, IEEE Transactions Applied Superconductivity, 31, 513. ; (null), http www mitsubishielectric com semiconductors products powermod intelligentpmod index html, null. ; Goudarzi (2011), Aerodynamic and Electromagnetic Modeling and Analysis of a Variable Torque Generator for Wind Turbine Applications MA Thesis Department of Mechanical Engineering University of Maryland Baltimore MD, USA, 11. ; Schiferl (2008), High - temperature superconducting synchronous motors : economic issues for industrial applications on Industry Applications, IEEE Transactions, 25, 1376. ; Eckels (2004), high temperature superconductor ship propulsion motor design and test results, Naval Engineers Journal, 20, 117. ; (2000), Lampola Directly Driven Low - Speed Permanent - Magnet Generators for Wind Power Applications Ph Dissertation Helsinki University of Technology Helsinki Finland, null, 16. ; Gupta (2012), Some investigations on recent advances in wind energy conversion systems, null, 22, 28. ; Krystkowiak (2011), Simulation and experimental models of phase diode rectifier with current modulation in DC circuit ElektrotechnicznyR, null, 87. ; Lewis (2007), direct drive wind turbine HTS generator, IEEE Power Engineering Society General Meeting, 26. ; ESAT (2005), Soens Impact of Wind in a Future Grid Ph Dissertation Department of, Energy Power Electrical Engineering. ; Pantea (2016), Six - phase axial flux permanent magnet generator model : simulation and experimental validation th International Symposium on Industrial, IEEE Electronics, 25, 192. ; Muller (2006), Grid compatibility of variable speed wind turbines with directly coupled synchronous generator and hydro - dynamically controlled gearbox thInternational Workshop on Large - Scale Integration of Wind Power and Transmission Networks for Offshore Wind Farms, null. ; Kalsi (2002), status of superconducting rotating machines Meeting, Development IEEE Power Engineering Society, 28, 1. ; (null), http analog alfine pl oferta produkty alfine systemy uruchomieniowe, null. ; Semken (2012), Direct - drive permanent magnet generators for high - power wind turbines : benefits and limiting factors, IET Renewable Power Generation, 19, 1. ; Strzelecki (2000), The Factor of Correction Method in Polish, Power Circuits, 120.