资源列表
PFC_2PI
- 用matlab做的单相boost PFC的仿真模型，功率11K，采用PI双闭环数字控制方法，波形较好。-Using matlab to do the simulation model of single-phase boost PFC power 11K PI double closed-loop digital control method, the waveform is better.
nature-calc
- 天然气物性参数计算 计算天然气的各种特性方程-Calculation of physical parameters of natural gas
BuckConverter
- Buck变换器的Matlab/Simulink仿真-Matlab/Simulink model for Buck DC-DC converter
bilixiezhen
- 基于比例谐振的并网逆变器的matlab仿真模型-The MATLAB simulation model of grid connected inverter based on proportional resonant
Battery_Dual_DCDC
- 基于Matlab simulink的蓄电池双向DCDC控制模型-Battery bidirectional DCDC control model based on Matlab simulink
bianyaqiliciyongliu
- 电力系统变压器空载合闸时励磁涌流的仿真，设置好了合闸时间，对励磁涌流波形和存在的谐波进行分析，能直观体现励磁涌流的特点。-Power system transformer load switching inrush current simulation, set closing time, the inrush current waveform and the presence of harmonic analysis, can directly reflect the characterist
Matlab
- 这个文件是，opendss与matlab交互编程的标准示例，可以帮助学习者更快的掌握opendss与matlab的交互-This file is a standard example opendss interact with matlab programming, can help learners to quickly grasp the interaction with the matlab opendss
PMSG000
- 直驱永磁同步风力发电系统的设计与仿真，对从事风电行业的人很用，可以验证风电变流器的控制算法。-Direct-drive permanent magnet synchronous wind power system design and simulation, to engage in the wind power industry, it is very available, you can verify the control algorithm wind power converter.
trans_innerfault
- 基于Matlab/Simulink建立的变压器内部仿真模型，可以进行变压器内部整个绕组的单相接地、两相短路、两相接地短路、三相短路等故障的仿真。-The internal simulation model of transformer based on Matlab/Simulink can carry out the simulation of single phase grounding, two phase short circuit, two-phase short circuit an
buck
- buck电路闭环响应程序与simulink模型(buck close loop response and simulink model)
PV_VSC_VF
- 光伏模型 扰动法MPPT 逆变器采用电压-频率控制(Photovoltaic model P&O method MPPT The inverter adopts voltage frequency control)
Private Sub Display_DataUpdate()
- 根据工作需要，在ProcessBook中实现屏幕数据显示状态按照设备运行状况切换(According to the need of work, the screen data is displayed in ProcessBook, and the status is changed according to the running condition of equipment)