Development of Non Contact Torque Sensor Applied to Wind Generator

Dong Ying Ju; Kazuaki Tabata

doi:10.4028/www.scientific.net/AMR.651.976

Paper Titles

Dynamic Surface Neural Control for a Class of Nonlinear Time-Varying Delay Systems Preceded by Unknown Hysteresis
p.937

Constrained Epistemic Extension on Agent Knowledge Acquisition
p.943

Design and Implementation of Dam Safety Monitoring and Management System
p.949

Matrix Structure and Cryptographic Properties of Rotation Symmetric H Boolean Functions
p.955

MEMS Tri-Axial Tactile Sensor for Sensorized Guide Wire in Catheterization Application
p.961

Sliding Mode Control for Singular Systems with Variable Switched Surface
p.967

Development of Non Contact Torque Sensor Applied to Wind Generator
p.976

Advanced System for Control Milling and Flotation Processes Based on an Estimation of Ore Quality Grade
p.981

Applying Back-Propagation Neural Network for Estimating the Slump of Concrete
p.986

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 651Development of Non Contact Torque Sensor Applied...

Development of Non Contact Torque Sensor Applied to Wind Generator

Abstract:

In order to solve the variable speed control as non-linear in wind energy application, it is important to obtain wind energy efficiently. And it is also effective in suppressing output fluctuation. Therefore, it will become a main torque system in the wind generation. The main object of this paper is to present a developed non-contact torque sensor for applying of non-linear control in the wind generator. In this paper, it examines whether efficient torque measurement of output shaft in the wind generation would be maintainable by non-linear control methods.