搜索资源列表
pscaddfig
- 基于pscad的DFIG变速恒频双馈风力发电仿真模型,是2010年3月修改版,将直流母线电压降到800V,电机为0.9【MVA】。可以进行低电压穿越仿真。-Based pscad of DFIG VSCF doubly fed wind power generation simulation model is a modified version in March 2010, the DC bus voltage down to 800V, motor 0.9】 【MVA. Can be low
BLCD
- 无叶电机 方案,可识别电机异常,过载,输入电源异常等,并在故障发生后进行相应的保护。如果可能,还可在异常恢复后,重新恢复工作。同时,还可增加红外遥控,数码管显示,液晶显示等人机交互界面。可实现自然风,定时功能,预约,智能控制等功能。 主要应用的无叶风扇参数: 输入电压:220AC 电机:310VDC,8200RPM,45W、直流无刷无传感器控制方案 为精确控制电机转速,通常需要在直流无刷电机上增加位置传感器(例如:霍尔传感器)。控制器根据传感的信号,进行相应的控制
lunwen_fengliji0526
- 直流风力机的发电仿真过程(采用PID控制的三相可控整流)-DC wind turbine power generation simulation (using the PID control of three-phase controlled rectifier)
psmg
- pscad仿真环境中的直驱永磁风力机整流侧仿真模型,可应用于直流微电网中直驱风机的仿真-the simulation environment pscad in direct-drive permanent magnet wind turbine rectifier simulation model can be applied to direct-drive wind turbine simulation of DC micro-grid
wind
- 基于矢量解耦控制策略,建立了适用于电力系统暂态 稳定分析的直驱式风力发电机组机电暂态模型。为模型做了 2点合理假设:有功功率和无功功率在暂态过程中完全解耦; 测量的电气量准确,和实际的电气量完全相等。基于这些条 件,从实际的物理装置出发,对直驱式风电机组的电磁暂态 模型进行简化。考虑了变频器直流电压的动态过程和低电压 穿越的运行特性。仿真结果表明,该模型和电磁暂态模型动 态响应曲线一致,结果准确、可靠,可以用于分析大规模直 驱式风电场接入对电力系统安全稳定性的影响
fd
- 风力发电中的最小模型,从风机,到电池存储一个完整的模型,最终输出直流电压,可经过逆变模块并网。-Wind power in the smallest model, the fans, to the battery to store a complete model, the final output DC voltage, through the inverter module and network.
5MatlabaPSCADfile
- These codes are includes: 1- DC motor modeling using fuzzy controller 2- Wind farm modeling using DFIG in PSCAD 3- control Using LMI code 4- H bridge multilevel inverter modeling 5- induction motor control using SVPWM
myPMSG1
- 自己建立的永磁直驱风力发电系统,采用dq解耦控制,spwm调制,机侧控制最大功率跟踪,网侧控制直流电压和无功。(The permanent magnet direct drive wind power generation system has adopted DQ decoupling control, SPWM modulation, machine side control maximum power tracking, network side control DC voltage an
myPMSG2_5
- 自己建立的永磁直驱风力发电系统,采用dq解耦控制,spwm调制,机侧控制直流电压,网侧控制最大功率跟踪和无功。(The permanent magnet direct drive wind power generation system has adopted DQ decoupling control, SPWM modulation, machine side converter control DC voltage , network side control maximum power
codes
- In this file Dynamic simulation of the IEEE 14 bus test case network, with physical synchronous machine models and photovoltaic inverters (renewable sources).is done in eigenvalue m file. A delta delta transformer modeling is done in the deltadelt
基于VSC-HVDC的风电场并网系统潮流算法研究
- MATLAB 柔性直流输电程序,可以加入风电场。单机无穷大系统(MATLAB flexible DC transmission program can be added to the wind farm. omib)
pmsg+erjiguan
- 永磁同步风力发电机+二极管整流+boost升压控制,实现直流电能输出。(Permanent magnet synchronous wind generator + diode rectifier +boost boost control to achieve DC power output.)
DCmicrogrid
- 直流微电网,风电、光伏、储能都包含,可运行(DC microgrid, including wind power, photovoltaic and energy storage, can be operated)