Abstract
For this purpose(最大能量捕获以及高质量电能输出), we propose a dynamic state estimation (DSE,动态状态估计不会啊)-based sliding mode control (SMC,滑模控制) strategy to achieve such control purposes for doubly fed induction generator (DFIG) wind turbines connected to multi-machine power grids. To resolve this issue, a novel dechattering method is designed so as to minimize the unnecessary switchings 在高风速的条件下(本文主要卖点)这种控制策略有良好的表现
Author
IEEE Access,SAMSON SHENGLONG YU 1, (Member, IEEE), GUIDONG ZHANG 2, (Member, IEEE), TYRONE FERNANDO 1, (Senior Member, IEEE), AND HERBERT HO-CHING IU 1, (Senior Member, IEEE),2018
File
A_DSE-Based_SMC_Method_of_Sensorless_DFIG_Wind_Turbines_Connected_to_Power_Grids_for_Energy_Extraction_and_Power_Quality_Enhancement.pdf
Last edited time
Oct 22, 2024 09:29 AM
Select
DFIG Sensorless Control
Loading...
Z_cosy
Z_cosy
浙江大学电气工程学院本科生
公告
🎉Welcome to Z-cosy🎉
-- 食用指南 ---
目前只有课程笔记以及电控学习笔记
陆续会整理更多内容!