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三相电压不平衡条件下锁相环的设计与实现
- 为了保证并网逆变器、静止同步补偿器等电力电子装置在三相不平衡、畸变或 电压突降条件下正常工作,要求必须研究使用高性能锁相电路跟踪检测技术,能够快 速、准确地锁定正序基波电压相位。本文针对三相电压不平衡等现象研究了锁相环 的设计及实现,主要包括以下几方面: 首先,介绍了课题研究的背景及意义,并对锁相环的工作原理、种类及其发展状 况作了较为全面的综述,总结了并网变换器对锁相环技术的基本要求。 其次,在分析基于单同步参考坐标系的软
spwm.zip
- PIC单片机可用,数字正弦波单相逆变器,控制为闭环SPWM双极性,PIC microcontrollers are available, bipolar digital sine wave single-phase inverter control for closed-loop SPWM
paralell_model1
- 400Hz,单相并联逆变器,重复,双环复合控制,simulink仿真模型-400Hz, single-phase inverters in parallel, repeat, bicyclic compound control
SPWM-algorithm-research
- 基于 DSP 的单相全桥逆变器数字控制系统。 详细论述了利用数字信号处理器 TMS320LF2407 产生 SPWM 波形 和实现双闭环 PI 控制的算法,并给出了其实现原理及软件流程。-SPWM algorithm research
PIPI
- 采用双闭环控制的单相逆变器控制结构,simulink 仿真结果正确-PI control,realised the unity power factor
LCL_singlephase
- 采用间接电流控制的双闭环LCL单相并网逆变器仿真-LCL simulation
inverter_dq
- 这是一个单相离网逆变器双闭环控制,基于dq坐标系下采用电压外环和电流内环的方法对其进行稳定性控制。-This is a single-phase off-grid inverter double closed-loop control, based on the dq coordinate system using the voltage outside the ring and the current inner ring metho
inverterLCL_double
- 这是一个单相并网逆变器双闭环控制,基于采用并网电流外环电容电流内环的方法对其进行稳定性控制,并实现有源阻尼控制。-This is a single-phase grid-connected inverter double closed-loop control, based on the use of parallel current loop capacitance current loop method to its stabili
single_phase_inverter
- 单相逆变器,采用双环控制,带非线性负载!(Single phase inverter, using double loop control, with nonlinear load!)
singlephasedesign
- 该程序为MATLAB的m文件,用于设计单相LCL并网逆变器控制器参数,控制方式为电容电流和入网电流控制方式,只需输入LCL滤波参数和直流侧电压可计算出双闭环控制器参数。(The program is the m file of MATLAB, which is used to design the controller parameters of the single-phase LCL grid connected inverter.
Current_zhihuan
- 单相逆变器仿真,MATLABR2016B工程文件,THD小于1%,电压电流双闭环控制,并且加入了负载扰动,控制效果良好(Simulations of single-phase inverters show that the THD of MATLAB R2016B project file is less than 1%. Double closed-loop control of voltage and current is adop
gridon01
- 采用LCL滤波器的并网逆变器双闭环控制系统仿真,系统采用电感电流外环电容电流内环(The double closed-loop control system of grid-connected inverter with LCL filter is simulated. The system adopts inductance current outer loop and capacitance current inner loop.)
PV_inverter_grid_connected
- 以单相光伏发电并网系统为研究对象,针对光伏发电并网技术,深入分析了光伏发电最大功率点跟踪技术和逆变器并网控制技术。在Simulink中搭建了光伏电池模型、基于扰动观测法的MPPT模型和使用电压电流双闭环SPWM控制策略来并网。(Taking the single-phase photovoltaic power grid system as the research object, aiming at the photovoltaic
PV_GridConnect_Inverter_fixedstep_Board
- 使用扰动观察法实现最大功率跟踪,使用电容电压外环,电感电流内环实现单位功率因数的并网逆变器双环控制。(The method of disturbance observation is used to realize the maximum power tracking, the outer loop of capacitor voltage and the inner loop of inductor current are used