Multivariate SCADA data analysis methods for real-world wind turbine power curve monitoring
Due to the stochastic nature of the source, wind turbines operate under non-stationary
conditions and the extracted power depends non-trivially on ambient conditions and working …
conditions and the extracted power depends non-trivially on ambient conditions and working …
[HTML][HTML] Diagnosis of wind turbine systematic yaw error through nacelle anemometer measurement analysis
The power produced by a wind turbine can be considerably affected by the presence of
systematic errors, which are particularly difficult to diagnose. This study deals with wind …
systematic errors, which are particularly difficult to diagnose. This study deals with wind …
[HTML][HTML] The relationship between learning styles and motivation to transfer of learning in a vocational training programme
Although there is ample research about Kolb's learning styles, few studies have examined
their relationship with motivations to transfer, a concept used to assess whether the content …
their relationship with motivations to transfer, a concept used to assess whether the content …
[HTML][HTML] Enhancing offshore wind resource assessment with LIDAR-validated reanalysis datasets: A case study in Gujarat, India
Offshore wind project planning requires resource assessment to account for wind
uncertainties. Wind data can be gathered through meteorological measurements, satellite …
uncertainties. Wind data can be gathered through meteorological measurements, satellite …
Design and optimization of airfoils and a 20 kW wind turbine using multi-objective genetic algorithm and HARP_Opt code
Small wind turbines (SWTs) are ideal for supplying electricity to small remote communities
that do not have grid access. However, literature review and trends point out that SWTs are …
that do not have grid access. However, literature review and trends point out that SWTs are …
Turbulence influence on wind energy extraction for a medium size vertical axis wind turbine
The relation between power performance and turbulence intensity for a VAWT H‐rotor is
studied using logged data from a 14 month (discontinuous) period with the H‐rotor operating …
studied using logged data from a 14 month (discontinuous) period with the H‐rotor operating …
Perspectives on SCADA data analysis methods for multivariate wind turbine power curve modeling
Wind turbines are rotating machines which are subjected to non-stationary conditions and
their power depends non-trivially on ambient conditions and working parameters. Therefore …
their power depends non-trivially on ambient conditions and working parameters. Therefore …
Performance and wake comparison of horizontal and vertical axis wind turbines under varying surface roughness conditions
A numerical study of both a horizontal axis wind turbine (HAWT) and a vertical axis wind
turbine (VAWT) with similar size and power rating is presented. These large scale turbines …
turbine (VAWT) with similar size and power rating is presented. These large scale turbines …
Wind turbine multivariate power modeling techniques for control and monitoring purposes
Wind turbine performance monitoring is a complex task because the power has a
multivariate dependence on ambient conditions and working parameters. Furthermore, wind …
multivariate dependence on ambient conditions and working parameters. Furthermore, wind …
Characterizing the wake effects on wind power generator operation by data-driven techniques
Wakes between neighboring wind turbines are a significant source of energy loss in wind
farm operations. Extensive research has been conducted to analyze and understand wind …
farm operations. Extensive research has been conducted to analyze and understand wind …