搜索资源列表
IM0623
- (1)变换模块 本模块包含两部分内容:利用 反变换规则将 坐标系下的两相电流转换成三相电流;利用间接矢量控制,得到转子角位移,公式如下(2) 电流滞环控制器(Hysteresis current controller)模块(3) 电压源型逆变器(Voltage sourse inverter,VSI)模块 (4) 变换模块(5) 感应电机(IM)模块 该感应电机模型是基于交流电机的电路方程、转矩方程以及运动方程建立起来的。该仿真模块为一个三输入、六输出的系统子模块。输入为 坐标系中定
rectifier.rar
- pwm整流,电压外环,电流内环,svpwm控制,pwm rectifier
doubleloop
- 电流电压双闭环的PI单相逆变器仿真,自己做的,请指教-Double closed loop PI current and voltage single-phase inverter simulation, make their own, please advise
boost_ss_20090824
- boost双环控制模型,电压外环电流内环,CCM模式-loop control model boost the voltage current of the inner outer, CCM mode
DSTATCOM_SVPWM_CONVER
- 1、基于Ip/Iq方法控制PWM整流器,实现有功无功解耦控制,实现直流电容的稳压控制。 2、分别采用滞环电流和电压空间矢量技术进行PWM调制 3、DSTATCOM无功补偿仿真验证 4、系统采用了在带有前馈解耦控制的基础上产生的电压电流双闭环控制结构,其中电压外环保证了稳定的直流输出,电流内环提高了电流的动态响应速度,并且这种控制方法使电流的相位和输入电压的相位保持一致。-1, based on Ip/Iq way to control the PWM rectifier to
three_phase_current_loop_grid
- 三相光伏逆变并网的simulink 仿真 电流电压 双闭环-Three-phase PV inverter and net current-voltage double-loop simulation simulink
three
- 基于matlab的电压电流双闭环的三相并网逆变器模型,采用电压外环及电流内环控制方式-Matlab-based dual-loop voltage and current three-phase grid-connected inverter model, the outer voltage loop and inner current loop control
SingleH4_LC_Ic_Uc_innerloop_P_ok
- H4桥,光伏并网逆变器电压电流双环仿真模型-H4,solar grid inverter with voltage and current loop control
zhengliushuangbihuan
- 一个整流双闭环的simulink仿真。采用电压外环电流内环设计,效果理想-Rectifier double simulink
APFC
- 有源功率因素校正APFC电路,采用电压外环+电流内环控制策略。经验证可很好实现功能-Active Power Factor Correction APFC circuit voltage outer the+ current inner loop control strategy. Proven good functions
converter
- 单相整流器的电流电压双闭环控制仿真图,通过对电流环电压环进行解耦实现-Single-phase rectifier current and voltage double-loop control simulation diagram, by decoupling the current loop voltage loop
LCL15250KW
- 光伏并网逆变系统电流电压双闭环控制,测试成功,绝对可用!-Photovoltaic inverter current and voltage double-loop control system, the test is successful, absolutely free!
qifei
- 实现光伏并网,实现单位功率因素并网。基于电压外环与电流内环-Realization of photovoltaic grid to achieve unity power factor and net. Based on voltage loop and current loop
PMSG_for_WindPower_GridSide
- PMSG网侧的结构包括逆变器、PWM发生器、电压矢量控制。采用电压外环和电流内环的双闭环控制。设计电流控制器时,希望稳态电流无静差,而且动态要求上,永磁直驱风力发电系统中不允许在电流调节过程中有太大的电流超调.-PMSG network side structure includes an inverter, PWM generators, voltage vector control. Using a voltage outer and inner current double closed
nibianqilin
- 电压电流双环控制逆变器,参数不好调的,已经调好,欢迎下载-double loop inverter
PVMicroInverter220V_DesignPackage
- 单相光伏电流双环控制模型,电流内环加电压外环,测试通过直接运行(Single phase photovoltaic current dual loop control model)
shuanghuan
- 电流内环实现单功率因数并网,电压外环实现稳定直流母线电压的作用(The inner loop of the current realizes single power factor grid connection, and the voltage outer loop realizes the function of stabilizing the DC bus voltage)
untitled
- 简单的逆变器控制,逆变器双闭环,电压外环,电流内环(Double closed loop control of inverter)
PLL0324
- 风力发电并网matlab方针锁相环控制源码(feng li fa dian PLL matlab)
shuangbihuan
- 模型中明显地体现出模型设计主要有电流调节器和转速调节器两个负反馈闭环组成, 把转速调节器的输出当成电流调节器的输入,在通过电流调节器的输出控制后面的电路。 在这里电流环为内环,电压环为外环,所以形成了转速电流双闭环控制的直流调速系统。(The model obviously shows that the design of the model mainly consists of two negative feedback loops: current regulator and speed r