69 / 72
Annual Report 2014
69
NOWITECH
Norwegian Research Centre for Offshore Wind Technology
15. Stålhane, M. and L. M. Nonås (2014). Routing and scheduling of maintenance operations at an offshore
wind farm.
16. Svendsen, H. G. (2014). Milestone 11: Recommendation on technical solutions and control requirements
for integration of offshore wind farms to shore and to oil and gas installations.
17. Tande, J. O. (2014). EERA DeepWind’2014 Conference 22 - 24 January 2014.
18. Tande, J. O. and H. C. Bolstad (2014). NOWITECH Annual Report 2013.
19. Torres-Olguin, R. and A. R. Årdal (2014). Laboratory implementation of a Multi-Terminal DC Grid.
20. Tørum, A. (2014). Analysis of force response data from tests on a model of a truss structure subjected to
plunging breaking wawes.
Media contributions
1.
Tande, J.O.; (2014) Tatt av vinden. NRK.
2.
Undeland, T.; (2014) Vind kan dekke Norges energibehov 20 ganger. Gemini.
3.
Korpås, M.; Utsirahøyden: Staten bør betale for offshore strømnett og vindmøller. Stavanger Aftenblad.
4.
Tande, J.O.; (2014). Vi trenger en havvindpark. TU.
5.
Tande, J.O.; (2014). Derfor gikk Sway Turbine konkurs. Teknisk Ukeblad.
6.
Tande, J.O.; (2014). ENOVA støtte i utlandet - Enova bør støtte teknologiutvikling også i utlandet. Teknisk
Ukeblad.
7.
Tande, J.O.; (2014). HIPRRWIND - Denne flytende havvindmøllen kan bli sjøsatt i Norge. TU.
8.
Tande, J.O.; (2014). Turbinprodusent i motvind. Dagens Næringsliv.
9.
Tande, J. O. (2014). Innslag på NRK, Her og Nå. NRK, Her og Nå.
10. Tande, J. O. (2014). Kortslutning på boks. Energiteknikk.
11. Tande, J. O., et al. (2014). Vindkraft i medvind. Dagens Næringsliv.
12. Tande, J. O. (2014). 5 spørsmål om vindkraft. Teknisk Ukeblad.
13. Steen, M.; (2014). Rapport: 40 prosent vil satse på fornybar energi til havs. Teknisk Ukeblad.
14. Undeland,T.(2014). Vind kan dekke Norges energibehov 20 ganger. Adresseavisen.
Conference presentations
1.
D’Arco, S. and J. A. Suul (2014). Operation of power electronic converters in offshore wind farms as virtual
synchronous machines. EERA Deepwind 2014, 22-24 Jan 2014
2.
Barrera-Cardenas, A. (2014). Poster; Optimized design of a Modular Power Converter Based on Medium
Frequency AC-Link for offshore DC Wind Park. EERA Deepwind 2014, 22-24 Jan 2014
3.
Barrera-Cardenas, R. and M. Molinas (2014). Analysis and Design of a LCL DC/DC converter for Offshore
Wind Turbines. EERA Deepwind 2014, 22-24 Jan 2014
4.
Bolstad, H. C. (2014). Innovations in Offshore Wind through Research and Development. European
Advanced Researech Network Annual Meeting, 16th June 2014
5.
Bolstad, H. C. (2014). Introduction. NOWITECH Day, NTNU, Trondheim ; 19th June 2014; NTNU, Trond-
heim 6.
Chella, M. A. (2014). Poster; Characteristics and geometric properties of breaking waves in shallow water.
NOWITECH Day, NTNU, Trondheim 19th June 2014
7.
D’Arco, S. (2014). Demonstration of technologies for connecting offshore wind farms; IQPC, Bremen; 29
January 2014 IQPC Bremen 29 Jan 2014
8.
Hofmann, M. and I. S. Bakken (2014).Will 10MWwind turbines bring down the operation and maintenance
cost of offshore wind farms? - Poster presentation. EERA Deepwind 2014 22-24 Jan 2014
9.
Korpås, M. (2014). Invitert presentasjon for Stortingets Energi og Miljøkomite; Elektrifisering og bruk av
offshore vind. Energi- og miljøkomiteen; Seminar om elektrifisering; mandag 10. mars
10. Kumar, M. (2014). Poster; Adaptive isogeometric finite element Methods for Stokes Problem. NOWITECH
Day, NTNU, Trondheim; 19th June 2014
11. Merz, K. (2014). Dogger Bank Reference Windfarm (DRW): First Design and Research Needs. NOWITECH
Day, NTNU, Trondheim; 19th June 2014
12. Merz, K. (2014). The NOWITECH 10 MW Reference Windturbine. NOWITECH Day, NTNU, Trondheim;
19th June 2014