1.
Study on Online Power Grid Disturbance Identification Method Based on WAMS;
基于WAMS的电网扰动在线识别方法的研究
2.
Current closed-loop control and stability analysis of matrix converter under grid disturbance
电网扰动时矩阵变换器的电流闭环控制及稳定性分析
3.
Investigations on Power Distubance Classcification and Power Quality Conditioner in Distribution System;
配电网络电能扰动辨识与电能质量调节研究
4.
Characteristics of large scale wind turbine system under voltage disturbance from power grid
大型风力发电机在电网电压扰动下的特性
5.
Research on Transient Voltage Stability of Multi-contigencies in Fujian Power System
福建电网故障扰动下的暂态电压稳定性研究
6.
Application of ANN in the Load Impact Control for Synchronous Motor
神经网络在同步电动机负荷扰动控制中的应用
7.
Islanding Detection Based on Phase Jump and the Current Active Perturbation Combination of Photovoltaic Grid-Connected System
基于相位突变与电流扰动结合的并网孤岛检测
8.
Mechanism Analysis of Resonance-type Low-frequency Oscillation Caused by Networks Side Disturbance
电网侧扰动引起共振型低频振荡的机制分析
9.
Application of Disturbance Control Standard in Fujian Power Grid
扰动控制性能评价标准在福建电网的应用
10.
Power Quality Disturbances Classification Based on Wavelet Transform and Artificial Neural Networks
基于小波变换和人工神经网络的电能质量扰动分类
11.
Recognition and Classification of Power Quality Disturbances Based on Complex Wavelet Transform and Neural Network
基于复小波和神经网络的电能质量扰动识别与分类
12.
EFFECT OF DISTURBANCE ON REGULAR SINGLE-SPIKE TRAVELING WAVES IN A ONE-DIMESIONAL NETWORK OF THETA NEURONS
扰动对一维Theta-神经元网络中规则单放电行波解的影响
13.
Electric power quality disturbance classification based on modified multilayer feedforward neural network
基于改进多层前馈神经网络的电能质量扰动分类
14.
Ionospheric disturbance delay correction method for reference station network over mid &low latitude region
中低纬度地区连续运行参考站网络电离层扰动修正技术研究
15.
Classification of power quality disturbance based on wavelet energy distribution and neural network
基于小波变换能量分布和神经网络的电能质量扰动分类
16.
RESEARCH ON THE INFLUENCE OF PARAMETER PERTURBATION ON DOUBLY-FED INDUCTION GENERATOR CUTTING-IN CONTROL
变速恒频双馈风电机组参数扰动对并网控制的影响
17.
The coupling between the transverse velocity and electromagnetic perturbation is considered.
考虑了横向扰动速度与电磁场扰动的耦合。
18.
A SMES system would also avoid cogenerator disconnection and island running due to network's disturbances.
SMES系统也可以避免由于电网的扰动造成并列发电机的解开以及孤岛式运行。