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The small wind turbine field lab

Joannes Laveyne UGent, Karel Van Wyngene, Jeroen De Kooning UGent, Samuel Van Ackere UGent, Greet Van Eetvelde UGent and Lieven Vandevelde UGent (2013) BERA Wind Workshop, Abstracts.
abstract
The emerging market of small wind turbines (SWT) is characterised by a large variety of turbine types as well as turbine performance. The abundance of more ‘exotic’ types of vertical axis wind turbines (VAWT) next to the more traditional horizontal axis wind turbines (HAWT) shows that this market is still developing. However, some technologies have proven to possess the same potential typically only found in larger wind turbines. To study the (lack of) performance of current small wind turbine but also to demonstrate their potential, Ghent University decided to launch the Small Wind Turbine Field Lab (SWT Field Lab). This fully scientifically equipped field lab, funded by the Hercules Foundation, offers the possibility to not only monitor the energy yield of the turbine, but also collect information on how to optimise the grid integration, measure mechanical stress and structural strength of turbine components, assess the generator design and tower construction, perform acoustic measurements and finding ways to reduce noise production, even simulate siting of wind turbines, e.g. in rural areas or on industrial parks. All of these parameters are correlated with meteorological data measured on-site. The field lab, based in the inner port of Ostend, provides provisions for placement of up to ten small wind turbines, with seven turbines already partaking in the field trials. The project members aim to use the project results to identify and remove performance limiting factors in the design of small wind turbine, and to demonstrate the feasibility of using small wind turbines for decentralised renewable energy production. With this and similar research projects, the emerging market of small wind turbines can grow beyond its current state of infancy, comparable to the market evolution of large wind turbines.
Please use this url to cite or link to this publication:
author
organization
year
type
conference
publication status
published
subject
keyword
grid integration, wind energy, noise measurement, maximum power point tracking, field tests, energy yield, small wind turbines, SWT
in
BERA Wind Workshop, Abstracts
pages
1 pages
conference name
BERA Wind Workshop
conference location
Brussels, Belgium
conference start
2013-09-13
conference end
2013-09-13
language
English
UGent publication?
yes
classification
C3
copyright statement
I have retained and own the full copyright for this publication
id
4144775
handle
http://hdl.handle.net/1854/LU-4144775
date created
2013-09-25 16:28:18
date last changed
2016-12-19 15:36:03
@inproceedings{4144775,
  abstract     = {The emerging market of small wind turbines (SWT) is characterised by a large variety of turbine types as well as turbine performance. The abundance of more {\textquoteleft}exotic{\textquoteright} types of vertical axis wind turbines (VAWT) next to the more traditional horizontal axis wind turbines (HAWT) shows that this market is still developing. However, some technologies have proven to possess the same potential typically only found in larger wind turbines. To study the (lack of) performance of current small wind turbine but also to demonstrate their potential, Ghent University decided to launch the Small Wind Turbine Field Lab (SWT Field Lab). This fully scientifically equipped field lab, funded by the Hercules Foundation, offers the possibility to not only monitor the energy yield of the turbine, but also collect information on how to optimise the grid integration, measure mechanical stress and structural strength of turbine components, assess the generator design and tower construction, perform acoustic measurements and finding ways to reduce noise production, even simulate siting of wind turbines, e.g. in rural areas or on industrial parks. All of these parameters are correlated with meteorological data measured on-site. The field lab, based in the inner port of Ostend, provides provisions for placement of up to ten small wind turbines, with seven turbines already partaking in the field trials. The project members aim to use the project results to identify and remove performance limiting factors in the design of small wind turbine, and to demonstrate the feasibility of using small wind turbines for decentralised renewable energy production. With this and similar research projects, the emerging market of small wind turbines can grow beyond its current state of infancy, comparable to the market evolution of large wind turbines.},
  author       = {Laveyne, Joannes and Van Wyngene, Karel and De Kooning, Jeroen and Van Ackere, Samuel and Van Eetvelde, Greet and Vandevelde, Lieven},
  booktitle    = {BERA Wind Workshop, Abstracts},
  keyword      = {grid integration,wind energy,noise measurement,maximum power point tracking,field tests,energy yield,small wind turbines,SWT},
  language     = {eng},
  location     = {Brussels, Belgium},
  pages        = {1},
  title        = {The small wind turbine field lab},
  year         = {2013},
}

Chicago
Laveyne, Joannes, Karel Van Wyngene, Jeroen De Kooning, Samuel Van Ackere, Greet Van Eetvelde, and Lieven Vandevelde. 2013. “The Small Wind Turbine Field Lab.” In BERA Wind Workshop, Abstracts.
APA
Laveyne, J., Van Wyngene, K., De Kooning, J., Van Ackere, S., Van Eetvelde, G., & Vandevelde, L. (2013). The small wind turbine field lab. BERA Wind Workshop, Abstracts. Presented at the BERA Wind Workshop.
Vancouver
1.
Laveyne J, Van Wyngene K, De Kooning J, Van Ackere S, Van Eetvelde G, Vandevelde L. The small wind turbine field lab. BERA Wind Workshop, Abstracts. 2013.
MLA
Laveyne, Joannes, Karel Van Wyngene, Jeroen De Kooning, et al. “The Small Wind Turbine Field Lab.” BERA Wind Workshop, Abstracts. 2013. Print.