Istrazivanja i projektovanja za privreduJournal of Applied Engineering Science

IMPROVEMENT OF THE DRIVing CHARACTERISTICS OF THE SHIPS WITH ELECTRICAL TRANSMISSION


ISSN: 1451-4117

E-ISSN: 1821-31977
Volume 2 number 4 - 5, pages: 7 - 17

Branislav Bilen 
Institute of Technical Sciences SASA, Belgrade, Serbia

Nikolic Zoran 
Institute of Technical Sciences SASA, Belgrade, Serbia

Sovagovic Zoran  
Institute of Technical Sciences SASA, Belgrade, Serbia

Bulovan Darko 
Institute of Technical Sciences SASA, Belgrade, Serbia

Contemporary development of electric transmision of largest navy ships and on inland water navigation is described in this paper. It discusses some advantages of electric transmission compared with a classic solution. In detailed are given explanation with electric drives are made in our country. Ship Krajina with two diesel engines with power 230kW, move on electric generators by means of electric network supply ships, electric consumers with power of 100kW and rest is usefull for ship drive. That means, it is possible to make inflected drive to go slowly cruising with one power agregate. Faster crusing must be with turn on both power agregates. It is discuss draft of hybrid pusher that will be able to exceed to weakness possibilites of domestic industry. In that case, propulsion of the larger river pusher will be conduct with one central classic drive. Two side azimuth thrusters with power of 30% of total power will be used for propulsion and for steering or active management, simultaneous.

View article

1.(2001) SSPs generate interest: The motor ship. may 25

2. (2001) Gas turbines for Queen Mary 2, Marinetalk: Providing solutions for shipbuilding and ship repair. 31, August

3. Aalberts, P., Koning, J. (2001) Pods in service: Initiative provides invaluable data. Marine Report, Decembar br. 75, 12-13

4. Aprianen, M. (1993) Naval architecture of electric ships: Past, present and future. SNAME Transactions, vol. 101, str. 583-607

5. Beverly, J. (1992) Electric propulsion drives. New York: Society of Naval Architects and Marine Engineers, 304-324

6. Bilen, B., Lajić, Z. (1999) Calculation of maneuvering performances for pushed convoys with different steering devices. u: Proceeding od the EIWNC, Balatonfured, June 9-11

7. Bilen, B., Žerjal, M., Bilen-Katić, B., Lajić, Z., Marinković, M., Janković, Z. (1999) A new approach to push boat design. Moskva, Leningrad: Sudostroenie, N. 5

8. Bilen, B., Zerjal, M. (1998) A new concept of push boat design. u: Proceedings of the Seventh International Symposium on Practical Design of Ships and Mobile Units PRADS'98, Amsterdam, itd: Elsevier Science Publishers, str. 785-792, September

9. Bilen, B. (1997) News in river pushing technology. Belgrade: Institute of Technical Sciences, Serbian Academy of Sciences and Arts, Monography

10. Bilen, B., Bilen-Katić, B. (1997) Modified pusher tug design for the Danube river. International Shipbuilding Progress, vol. 44, br. 438, str. 127-144

11. Facinelli, W., Muggeridge, D. (1998) Integrated system analysis and design of padded ship propulsions. Marine Technology, vol. 35, br. 3, July str. 151-174

12. Germanisher, L. (2000) Annual Report. Ship Technology, 42-45

13. Kurimo, R. (1998) Sea trial experience of the first passenger cruiser with padded propulsions. u: PRADS 98, Amsterdam, itd: Elsevier, str. 743-748

14. Nikolić, Z., Bilen, B. (2000) Pogonski kompleks rekonstruisanog broda točkaša 'Krajina'. u: HIPNEF 2000, Beograd, str. 245-249

15. Nikolić, Z., Bilen, B. (2001) Electric propulsion of the reconstructed paddle wheel ship 'Krajina'. u: Proceedings of the Second European Inland Waterway navigation Conference, Budapest, 20. 1-20. 6

16. Nikolić, Z., Bilen, B. (2002) Dizel-električni pogon rečnih brodova. u: Drugi Jugoslovenski naučno-stručnog skupa 'Vodni saobraćaj u 21. veku', Beograd, str. 63-69

17. Nikolić, Z., Stamenović, B., Marinković, M. (2003) Diesel-electric propulsion of the reconstructed paddle wheel river ship 'Krajina'. u: Conference Proceedings AES 2003 Broadening the Horizons, Edinburgh UK, 117-123

18. Nikolić, Z., Počuča, G. (2003) Brodske električne mašine i uređaji. Beograd: Institut tehničkih nauka SANU

19. Simon, P., Duriand, J.C. (1998) New trends in electric propulsion. New York: Institute of Marine Engineers - East Cost USA Branch, 1-28, April 9

20. van der Wrf, K. (1999) Inbiship innovation in inland shipping. u: International Conference on Coastal ships and inland waterways, 17 and 18 February, London, 1-9 papers, paper br. 12

21. Zerjal, M., Bilen, B., Marinković, M. (1998) Crash-stop maneuver of pushed convoys on inland waterways. International Shipbuilding Progress, vol. 45, br. 441, str. 51-70, April