Wind power assessment in Uruguay
Resumen:
The wind power as a large alternative energy source appear in Uruguay. A nested method to obtain the mean wind velocity time series at complex terrain sites and describe the turbulence was developed. Sites with mean velocity over 9m/s and capcity factor over 40% were found. The aerodynamic interferences loss between wind generators using a numerical model were evaluated and a numerical model was developed to design an optimal cluster wind farm. As bulk result, an installed capacity of 300MW with a cost production less than 0.065U$S/kW.h can be estimated over the all studied Region.
1996 | |
Wind power assessment Wind numerical modelling Wind physical modelling Nested methods Cluster optimization |
|
Inglés | |
Universidad de la República | |
COLIBRI | |
https://hdl.handle.net/20.500.12008/20712 | |
Acceso abierto | |
Licencia Creative Commons Atribución – No Comercial – Sin Derivadas (CC - By-NC-ND) |
Resultados similares
-
Physical modeling application to wind power assessment for wind farm installation in complex topography terrain
Autor(es):: Cataldo, José
Fecha de publicación:: (2007) -
A novel strategy for wind power forecast through neural networks : Applications to the uruguayan electricity system
Autor(es):: Flieller Alfonso, Guillermo Francisco
Fecha de publicación:: (2023) -
Autonomous wind energy supply to enhance craft fishing activities
Autor(es):: Nunes, Ventura
Fecha de publicación:: (2007) -
Design of power system stabilizers in variable speed wind generators using remote signals
Autor(es):: Berrutti, Fernando
Fecha de publicación:: (2012) -
Modeling and simulation of the power energy system of Uruguay in 2015 with high penetration of wind energy
Autor(es):: Chaer, Ruben
Fecha de publicación:: (2012)