Abstract
A short description of a project aimed at developing an innovative stall-regulated 19 m wind turbine blade for a 500 kW wind turbine. Tests showed that the blade produced more noise than expected and an increase in capacity which was less than expected. Other blades of a different form at the 10 m tip were produced. These were less noisy and resulted in a better increase in capacity. The document presents data on these turbine blades in detail, dealing with dimension, connections, the aerodynamic brakes, materials used, operational limits, mounting and capacity. The Test Station for Wind Turbines at Risoe National Laboratory (Denmark) worked together with the manufacturer on the design and the testing. (AB)
Citation Formats
Grabau, P.
Development of a 19 m wing with improved capacity and structure. Final report; Udvikling af en 19 m vinge med forbedret ydelse og struktur. Slutrapport.
Denmark: N. p.,
1994.
Web.
Grabau, P.
Development of a 19 m wing with improved capacity and structure. Final report; Udvikling af en 19 m vinge med forbedret ydelse og struktur. Slutrapport.
Denmark.
Grabau, P.
1994.
"Development of a 19 m wing with improved capacity and structure. Final report; Udvikling af en 19 m vinge med forbedret ydelse og struktur. Slutrapport."
Denmark.
@misc{etde_10105221,
title = {Development of a 19 m wing with improved capacity and structure. Final report; Udvikling af en 19 m vinge med forbedret ydelse og struktur. Slutrapport}
author = {Grabau, P}
abstractNote = {A short description of a project aimed at developing an innovative stall-regulated 19 m wind turbine blade for a 500 kW wind turbine. Tests showed that the blade produced more noise than expected and an increase in capacity which was less than expected. Other blades of a different form at the 10 m tip were produced. These were less noisy and resulted in a better increase in capacity. The document presents data on these turbine blades in detail, dealing with dimension, connections, the aerodynamic brakes, materials used, operational limits, mounting and capacity. The Test Station for Wind Turbines at Risoe National Laboratory (Denmark) worked together with the manufacturer on the design and the testing. (AB)}
place = {Denmark}
year = {1994}
month = {Nov}
}
title = {Development of a 19 m wing with improved capacity and structure. Final report; Udvikling af en 19 m vinge med forbedret ydelse og struktur. Slutrapport}
author = {Grabau, P}
abstractNote = {A short description of a project aimed at developing an innovative stall-regulated 19 m wind turbine blade for a 500 kW wind turbine. Tests showed that the blade produced more noise than expected and an increase in capacity which was less than expected. Other blades of a different form at the 10 m tip were produced. These were less noisy and resulted in a better increase in capacity. The document presents data on these turbine blades in detail, dealing with dimension, connections, the aerodynamic brakes, materials used, operational limits, mounting and capacity. The Test Station for Wind Turbines at Risoe National Laboratory (Denmark) worked together with the manufacturer on the design and the testing. (AB)}
place = {Denmark}
year = {1994}
month = {Nov}
}