MW 규모 풍력 터빈의 기계적 하중 특성 해석 및 제어

Mechanical Loads Analysis and Control of a MW Wind Turbine
  • 남윤수
  • 최한순

초록

A multi-MW wind turbine is a huge mechanical structure, of which the rotor diameter is more or less than 100 m. Rotor blades experience unsymmetric mechanical loads caused by the interaction of incoming wind with the tower and wind shear effect. These mechanical loads are transferred to the entire structure of the wind turbine and are known as the major reasons for shortening the life span of the wind turbine. Therefore, as the size of wind turbine gets bigger, the mitigation of mechanical loads becomes more important issue in wind turbine control system design. In this paper, a concept of an individual pitch control(IPC), which minimizes the mechanical loads of rotor blades, is introduced, and simulation results using IPC are discussed.

키워드

Wind Turbine (풍력 터빈)Aeroelastic Model (공탄성 모델)Individual Pitch Control (개별피치제어)Power Curve Tracking Control (파워 커브 추종 제어)Out-of-plane Vibration (회전 평면 외 진동)
제목
MW 규모 풍력 터빈의 기계적 하중 특성 해석 및 제어
제목 (타언어)
Mechanical Loads Analysis and Control of a MW Wind Turbine
저자
남윤수최한순
발행일
2010-09
유형
Y
저널명
한국정밀공학회지
27
9
페이지
26 ~ 33