搜索资源列表
afd
- 实现主动频率偏移法的孤岛检测，利用matlab中的S-FUN编写-Frequency offset for active islanding detection method, using matlab written in S-FUN
afd1
- 实现主动频率偏移法的孤岛检测，利用matlab中的S-FUN编写-Frequency offset for active islanding detection method, using matlab written in S-FUN
AFD
- 光伏并网发电系统有源频率漂移孤岛检测法(AFD)-active frequency drift(AFD) island detection method of photovotaic grid-connected generation system
PV
- 基于光伏并网发电系统的孤岛效应仿真检测模型-Photovoltaic power generation system based on island effect detection model simulation
power_windgen
- 实用matlab simulink搭建的风力发电机在孤岛运行条件下的仿真分析。-Wind turbines in the the island operation under the conditions of the simulation analysis.
the-photovoltaic-power-generation-
- 光伏发电系统及其孤岛效应的仿真与实验研究，文章里边有具体的说明图（光伏发电系统的matlab仿真图片和具体的理论说明）-Simulation and experimental study of the photovoltaic power generation system and its island effect, the article inside a specific descr iption of the diagram (matlab simulation picture of t
microgrid
- 利用matlab软件对微电网光伏并网过程进行仿真，针对微电网的并网模式进行研究，实现微电网并网和孤岛两种状态的过渡-Matlab software to simulate the micro-grid photovoltaic grid for the microgrid grid mode research, micro power grid and island state transition
AFDfunction
- 主动式反孤岛效应方法中的主动频率偏移法，通过matlab中的Embedded function编写的验证函数-Active anti-islanding methods active frequency offset method, through the Embedded function matlab written verification function
gudaoyunxing
- 基于matlab的电网孤岛运行动态仿真，仿真效果良好-Matlab-based dynamic simulation grid island operation
光伏孤岛模型
- Matlab的光伏电池孤岛仿真模型，逆变器采用SVPWM控制
AFDPF
- 孤岛检测主动式方法SFS算法的matlab仿真-SFS islanding detection method simulation algorithm
AFD
- 孤岛检测主动式AFD算法模型及其MATLAB实现-Active AFD islanding detection algorithm model and its MATLAB implementation
pv_gudao
- 基于SVM和dbs的孤岛检测matlab代码-An island detection based on SVM and DBS matlab code
VSGisland
- 在MATLAB中建立基于VSG控制方法下的孤岛模式下带负载稳定运行(The load stable operation with VSG control based on the island)
Microgrid_dynamic_programming
- 孤岛型微电网能量管理，包含PV, wind, microturbine generator, diesel generator， 采用动态二次规划和内点法。(Matlab scr ipt for energy management of islanded microgrid with PV, wind, microturbine generator, diesel genrator. Dynamic quadratic programming using interior point metho
PSO_GD
- 假设微电网中有风、光、微型燃气轮机、蓄电池，且已知各时段负荷需求；考虑各机组运行成本、燃料成本、与污染物处理成本。该程序可解决在孤岛运行模式下，各机组出力如何分配才能达到经济最优的问题。(It is assumed that there are wind, light and micro gas turbines and batteries in the microgrid, and the load demand is known at each time period. The operat
droopcontrol
- 下垂控制就是选择与传统发电机相似的频率一次下垂特性曲线（Droop Character）作为微源的控制方式，即分别通过P/f下垂控制和Q/V下垂控制来获取稳定的频率和电压，这种控制方法对微网中的微源输出的有功功率和无功功率分别进行控制，无需机组间的通信协调，实现了微源即插即用和对等控制的目标，保证了孤岛下微电网内电力平衡和频率的统一，具有简单可靠的特点(Droop control is to choose Droop Character, which is similar to the trad
period_average_inverter20190123
- 本模型是基于matlab Simulink搭建的PQ控制和下垂控制模型，可以用于微电网的并网和孤岛运行PID参数已经调好，效果理想，可以供参考。(This model is based on the model of PQ control and droop control built by MATLAB Simulink. It can be used in the parallel operation of microgrid and islanding operation. The PID