搜索资源列表
three
- 基于spwm的三相并网逆变器仿真模型，可用于光伏逆变器-Simulation model of three-phase inverter
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
three
- 大功率分布式发电系统通常采用三相逆变器并网，由于三相逆变器系统参数耦合，传统方法设计的控制器算法复杂。在d。q坐标系下为双模式三相并网逆变器的独市和并网模式建立了数学模型．采用新的解耦方法，依据独立和并网模式控制系统超调量越小，模式切换过程中被控量的波动越小。切换过程就越平滑的原则。完成了两种模式的控制器设计，即分别应用积分环节、比例环节即可将独立模式和并网模式整定成典型的二阶系统，控制器设计简单．能取得优良的动、静态特性。仿真与实验验证了设计方法的正确性和可行性。-It is necessar
pv_3xiang_pqcontrol
- 三相电逆变器及并网发电方法的控制模型仿真-Three-phase power inverter and the grid method of the control model simulation
zhh1
- 一个光伏并网单位功率因数并网模型，含有光伏阵列，且是三相逆变并网-A photovoltaic grid-unity power factor and network model, containing the PV array, and is a three-phase inverter grid
guangfunibian
- MATLAB/Simulink仿真模型+设计说明书。 基于SVPWM控制的三相逆变并网控制仿真设计，并附有详细设计说明书一份。 实用可行。-Based on matlab/simulink. matlab/simulink models and design instructions.
bihuan_bingwang
- MATLAB/Simulink仿真模型。 基于双闭环控制的三相逆变并网控制器设计。驱动控制采用空间矢量SVPWM控制。 实用可行。-matlab/simulink models. Practical and feasible. Very useful for researchers in the field of Power Electronics.
Three_phase_2015B
- 两个三相并网逆变器并联系统的仿真，可以观察并网点谐波(three phase inverter)
twoLevel_SVPWM
- 基于SVPWM调制的逆变器并网闭环 matlab仿真 （已经实现 波形输出不错的三相正弦波） 可用于微电网 也可以单独使用(Based on SVPWM modulation of the grid connected closed-loop matlab simulation (has been achieved, waveform output good three-phase sine wave), can be used for micro grid, can also b
三相三线制20kw光伏并网逆变器程序
- 20Kw的大功率并网逆变器，丰富的源程序，经过量产的成熟产品，直接就可以使用。(20Kw high-power grid-connected inverter, a wealth of source, after mass production of mature products, you can directly use.)
Three_phase_VSC
- 实现三相并网逆变器矢量控制的仿真，能运行，且波形非常好(Realize the simulation of three-phase grid connected inverter vector control, can run, and the waveform is very good)
DCAC
- 基于坐标变换的三相逆变仿真模型，输出三相交流电，可实现并网需求(Three phase inverter simulation model based on coordinate transformation)
电网阻抗对大型并网光伏系统稳定性影响分析_周林
- 为研究电网阻抗对大型并网光伏系统稳定性影响，该文建立了三相逆变器并联系统的诺顿等效模型(In order to study the effect of grid impedance on the stability of large-scale grid-connected photovoltaic systems, a Norton equivalent model for a three-phase inverter parallel system was established in th
基于PR控制的三相并网逆变器研究
- 基于比例谐振控制的光伏逆变器。非常好的资料。(A PV Inverter Based on proportional resonance control.)
gridside
- 本模型采用矢量控制与SVPWM相结合的方法，应用在低压微电网中。直流源电压为600V，逆变器输出电压为380V，可实现稳定功率输出。模型对网侧控制策略中每一模块尽量做出了说明，方便初学者更快理解三相逆变器控制策略的实现方法，运行效果非常好。(This model adopts the method of combining vector control with SVPWM, which is applied in low voltage microgrid. The DC source vol
hpawq
- 三相光伏逆变并网的仿真，正确率可以达到98％，使用起来非常方便。( Three-phase photovoltaic inverter and network simulation, Accuracy can reach 98 , Very convenient to use.)
Realizinggridconnectionofinverters
- 三相逆变器成功并网，经验证有一定可行性，希望相互讨论。(Realizing grid connection of inverters)
sanxiangnibianfangzhengaile2
- 三相逆变并网，采用全前馈能有效抑制谐振。(Three-phase inverters connected to grid can effectively suppress resonance by using full feed-forward.)
三相光伏逆变并网
- 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 simulinkthree_phase_current_loop_grid)