搜索资源列表
QPR
- 电网短路故障下LCL型光伏并网逆变器控制-LCL photovoltaic power grid short-circuit fault and network inverter control
hu2011
- This file is about Direct Active and Reactive Power Regulation of Grid-Connected DC/AC Converters Using Sliding Mode Control Approach
smallworld
- 传染病网络模拟程序子程序 生成小世界网络的邻接矩阵 tic 程序运行时间控制 设置网络可调控制参数 N 500 m 2 p 0.5 平均度:2m,m<<N 初始的环形规则格点网络-Infectious disease network simulation program subroutine Generates an adjacency matrix for a small-world network Tic Program run time
R1
- A grid-connected wind-photovoltaic (PV) hybrid power system is proposed, and the steady-state model analysis and the control strategy of the system are presented in this paper. The system consists of the PV power, wind power, and an intelligent p
Wavelet-Transform-and-Neural-Network
- 为保障安全与电力用户供电质量,基于并网逆变器的分布式发电(distributed generation DG)系统要求具备孤岛检测功能。针对被动式孤岛检测法检测盲区(non-detectionzone,NDZ)大、检测时间长以及主动式孤岛检测法影响分布式发电系统供电质量的缺点,提出了一种新的被动式孤岛检测方法。该方法利用小波变换从公共耦合点(point ofcommon coupling,PCC)处的电压信号及逆变器输出电流信号中提取特征量,再通过BP 神经网络进行模式识别来判断是否出现孤岛现象
Islanding-Detection
- 为保障安全与电力用户供电质量,基于并网逆变器的分布式发电(distributed generation DG)系统要求具备孤岛检测功能。针对被动式孤岛检测法检测盲区(non-detectionzone,NDZ)大、检测时间长以及主动式孤岛检测法影响分布式发电系统供电质量的缺点,提出了一种新的被动式孤岛检测方法。该方法利用小波变换从公共耦合点(point ofcommon coupling,PCC)处的电压信号及逆变器输出电流信号中提取特征量,再通过BP 神经网络进行模式识别来判断是否出现孤岛现象
TIDM_HV_1PH_DCAC_VSI_TestReport
- 采用TI公司的DSP,实现逆变并网DC/AC变换器,采用数字控制。本文档主要为对应的程序说明和测试报告。-Using TI' s DSP, achieve grid inverter DC/AC converters, digital control. This document is intended to correspond to the descr iption of the procedures and test reports.
Study-on-a-novel-approach-to-active-power-filter.
- This paper proposes an effective control scheme for three-phase three-wire (3P3W) active power filter using neural-based harmonic identification scheme. To achieve excellent steady state and dynamic response, the feedback control plus feed-fo
simulink2
- 在这项研究工作中主要集中开发基于混合光伏风电系统的智能控制和电网整合以及电池存储系统。电网整合混合式PV-Wind与基于智能控制器的电池管理系统[BMS]已经在Matlab中开发了一个仿真模型,并分析了正常条件下的系统性能。同样的系统已经用UPFC模拟,并分析了不同故障条件下的系统性能。-In this research work focused on the development of smart grid integration and control, and battery stora
Direct-drive-Permanent--Magenet
- 包括风轮机,发电机,双PWM变流器,控制系统等完整的并网永磁直驱风电系统模型,-a complete grid-connected direct-drive wind power system model,including wind turbine, generator, dual PWM converter, control system,
PV_Battery_Vf_Model
- 对蓄电池采用低压配电网 P/V 和 Q/f 下垂控制策略 , 实现从并网运行到孤岛模式的切 换 。 考虑实际风速和光照强度的变化 , 对风能与光伏混合微电网在并网和孤岛 2 种模式中的运行特性进行 仿真分析 , 验证控制方式的可行性-The realization of the operation the grid to the island change . Considering the
TLG
- 自定义控件 树的使用 绑定的简单应用 路由事件 grid的尺寸变化-The use of custom control tree binding the simple application of routing event changes the size of the grid
lab
- 基于labview的微电网模型,有储能模型及其恒压恒流恒有功功率的控制策略。-labview micro grid ,storage model,control strategy
PV_MPPT
- 利用PSCAD对光伏电池的并网控制进行了仿真,利用扰动增量法,可实现最大功率输出-The grid connected control of photovoltaic cell using PSCAD simulation, using the perturbation incremental method can achieve maximum power output
PV_MPPTbingwang
- 并网光伏逆变器的最大功率点跟踪技术仿真模型,同于光伏并网发电的控制-The maximum power point tracking technology of grid connected photovoltaic inverter simulation model, control with photovoltaic power generation
PR_DG
- 用MATLAB/SImulink 搭建的单相光伏并网逆变器仿真,用PR电压环控制器进行控制-Single-phase photovoltaic grid-connected inverter simulation with MATLAB/SImulink, control with PR voltage ring controller
haha
- 光伏并网lcl滤波器研究,具有比例积分控制和比较好的借鉴,-Photovoltaic grid-filter research lcl, with PI control and better learn
DataGridView
- VS2010中开发Windows界面应用程序时,DataGridView控件的单元格合并与二维表头的实现。同时给出了一个Form下的使用实例。-This source code give an implementation of cells merging and two-dimensional grid header of DataGridView control in the development of Windows Interface Application by VS2010.
3124123123PQ
- 基于恒功率控制方法的模型,能适用于各种新能源发电的微电网系统中,提供一定的参考,仿真能正常运行-Model-based constant power control method can be applied to a variety of new energy power generation micro-grid systems, to provide a reference, the simulation can be run properly
Timer
- 这是一个Timer控件使用的例程,实现了一个窗体从左到右,从上到下的飘动,实际上是每隔一段时间,使窗体向x,y方向移动一格。对新手学习Timer控件的使用有一定的参考作用。-This is a Timer control using the routines, to achieve a form left to right, top to bottom flutter, in fact, time to time, so that the form to x, y direction to