Access the full text.
Sign up today, get DeepDyve free for 14 days.
Loading next page...
/lp/de-gruyter/the-dependence-of-the-optimal-size-of-a-wind-turbine-tower-on-wind-QWRtUpMX5c
References (36)
-
Stefan Emeis (2001)
Vertical variation of frequency distributions of wind speed in and above the surface layer observed by sodarMeteorologische Zeitschrift, 10
-
How much do wind turbines cost? -
(2019)
Taxation Available http www mezataksacija lv koki priede Accessed -
Hill (2018)
Wind Prices Continue to Fall Due to Technology Advancements Cost Reductions Aug Available https cleantechnica com wind energy prices continue to fall due to technology advancements cost reductions AccessedEnergy Online, 27
-
P. Gipe (2004)
Wind Power: Renewable Energy for Home, Farm and Business -
(2016)
Kuryshina -
(2017)
Wind Potential and Power Law Indexes Assessment for Selected Near - Coastal Sites in Malaysia vol no https org -
A. Albani, M. Ibrahim (2017)
Wind Energy Potential and Power Law Indexes Assessment for Selected Near-Coastal Sites in MalaysiaEnergies, 10
-
(2018)
Wind Energy Prices Continue to Fall Due to Technology Advancements & Cost Reductions -
T. Burton, D. Sharpe, E. Bossanyi, N. Jenkins (2001)
Wind Energy Handbook -
Australian guide to environmentally sustainable homes -
Study of power - law approximation of wind profile in urban boundary layer with Doppler lidar measurement in th International Conference on Wind pp -
(2005)
Wind generator tower basics inHome iss Available http uniteddiversity coop Home Magazine Home Magazine pdf Accessed -
J. Reuder, P. Brisset, M. Jonassen, Martin Müller, S. Mayer (2009)
The Small Unmanned Meteorological Observer SUMO: A new tool for atmospheric boundary layer researchMeteorologische Zeitschrift, 18
-
(1965)
Relationship of wind structure to wind loading inProceedings of Conference on Wind Effects on Structures Wind effect on structures Paper No -
The viability of domestic wind turbines for urban Melbourne. Alternative Technology Association -
(1821)
kakoj lucse vetrogenerator kupit vidy osobennosti cena Available https motocarrello ru jelektrotehnologii vetrogenerator kupit html Accessed -
(2019)
company Available http www remtechinc com Accessed -
(2005)
Wind generator tower basics”, in Home Power, iss.105 -
S. Stepanenko, V. Voloshin, V. Kuryshina (2017)
Calculation of wind speed in the 300-meter lower layer of the atmosphere based on the meteorological observations taking account of temperature stratification and surface roughness -
Wind generator tower basics -
C. Justus, A. Mikhail (1976)
Height variation of wind speed and wind distributions statisticsGeophysical Research Letters, 3
-
Stefan Emeis (2005)
How Well Does a Power Law Fit to a Diabatic Boundary-Layer Wind Profile? -
Renewable Power Generation Costs -
(1965)
Relationship of wind structure to wind loading ” , in Proceedings of Conference on Wind Effects on Structures -
M. Veeder (1890)
Wind-Systems.Science, 16 394
-
(2011)
Wind Handbook -
(2007)
The viability of domestic wind turbines for urban Melbourne -
(2015)
Study of power-law approximation of wind profile in urban boundary layer with Doppler lidar measurement in Tokyo -
(2019)
How much do wind turbines cost Available http www windustry org how much do wind turbines cost Accessed -
A. Davenport (1966)
The relationship of wind structure to wind loading, 1
-
TOP-7: kakoj lucse vetrogenerator kupit, vidy, osobennosti, cena -
(2019)
Der Energieparkentwickler Available https www uka gruppe de Accessed -
Emeis (2001)
Vertical variation of frequency distributions of wind speed in and above the surface layer observed by sodar vol no pp https orgMeteorologische Zeitschrift, 18
-
(2004)
Wind for home farm and ed Publishing Junction -
(2013)
Wind systems Australian guide to environmentally sustainable homes Available http www yourhome gov au energy wind systems Accessed
- Publisher
- de Gruyter
- Copyright
- © 2019 Vladimirs Vorohobovs et al., published by Sciendo
- eISSN
- 2255-9876
- DOI
- 10.2478/tae-2019-0007
- Publisher site
- See Article on Publisher Site
Abstract
AbstractIn this article the necessity of measuring wind at its different heights is discussed. The economical optimization of tower height is impossible without such measurement. In places where land is relatively flat, for example, in deserts or swamps, smaller wind turbines are more profitable, while in forest zones bigger turbines are more profitable. In both cases, to make a correct decision on the optimal tower height, it is very important to know exactly the wind profile law. Even for places where land is expensive, the measurement of the wind at different heights can influence the correct decision regarding the optimal size and number of needed turbines for getting the required power. For places with cheaper land, this dependence is even stronger. This analysis refutes a common misconception: “the bigger – the better”.
Journal
Transport and Aerospace Engineering – de Gruyter
Published: Jan 1, 2019