The Design Study on a Novel MW Wind Power Generation Speed-Up Machine

Li Fen Han; Wei Feng Ding; Shou Yan Zhong; Zi Long Liao

doi:10.4028/www.scientific.net/AMR.852.697

Paper Titles

Wide-Area Time-Delay Coordinating Control of Generator Excitations and SVCs Based on Hamiltonian Functional Method
p.675

The Lagrangian of Analytical Mechanics and its Application in Power System with TCSC
p.681

ARM-Based Speed Regulating System for Asynchronous Motor
p.686

Research on Improved Small-Disturbance Model of Doubly-Fed Wind Generator
p.692

The Design Study on a Novel MW Wind Power Generation Speed-Up Machine
p.697

Optimization of Smoothing Control in Hybrid Wind and Battery Energy Storage System
p.703

An Improved Newton's Method and its Application in Power System
p.708

Multi-Objective Programming and Time Optimal Algorithm Research
p.715

Optimal Planning of Distributed Generation Using Self-Organizing Optimization Algorithm
p.720

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 852The Design Study on a Novel MW Wind Power...

The Design Study on a Novel MW Wind Power Generation Speed-Up Machine

Abstract:

A novel efficient transmission, toroidal drive, was introduced into the field of wind power. A novel MW (Million Watt) wind power generation speed-up machine (WPGSM) was designed to replace the gear speed-up machine. The structure scheme of the MW WPGSM was designed and the design platform for the MW WPGSM was developed by UG/OPEN,VC++ and hybrid optimization algorithm based on the unigraphics (UG) software.