搜索资源列表
Fuzzy-logic-MPPT-PV-2011
- Fuzzy-Logic-Control Approach of a Modified Hill-Climbing Method for Maximum Power Point in Microgrid Standalone Photovoltaic System
pq_control.rar
- 微电网的恒功率控制，参考《光伏发电并网与微网运行控制仿真研究》,The microgrid constant power control reference photovoltaic power generation network and micro-mesh run control simulation study
Droopcontrol329
- 可实现微电网中分布式电源的下垂控制，采用三环控制策略，节点既可作为V/f结点，也可作为PQ结点-It can achieve distributed generation droop control in Microgrid, which uses three-loop control strategy. The node can be used as V/f node, the node can also be used as PQ node
microgrid_psc
- 用PSCAD搭建的包含一个风机，一个光伏的微网系统，采用PQ控制策略-Contains a fan set up with PSCAD, a photovoltaic microgrid system, using PQ control strategy
vfcontrol
- vf控制，恒压恒频控制，在微电网中有使用价值-vf control, constant voltage and frequency control, there is value in microgrid
Droopcontrol
- 下垂控制，在微电网中有一定使用价值，是二级控制的下端-Droop control, there is a certain value in microgrid
multi-agent-technology
- 微电网，多代理技术，控制方面，具有指导作用-Microgrid, multi-agent technology, control, guiding role
rasika
- IN THIS SIMULINK MODEL WE USE MICROGRID WITH SOME CONTROL TECHNIQUE
Manish1withFCsirambala
- PI control on microgrid
IDVR
- This paper presents a dual voltage source inverter (DVSI) scheme to enhance the power quality and reliability of the microgrid system. The proposed scheme is comprised of two inverters, which enables the microgrid to exchange power generated
PQ
- 应用于并网的分布式发电或微网系统 PQ控制要求电站的有功和无功是可控的(The distributed power generation or microgrid system PQ control applied to the grid requires that the active and reactive power of the plant is controllable)
5956477Droopcontrol
- Droop control for microgrid
droopcontrol1
- 微电网下垂控制，在感性线路情况下，实现p/f,q/v下垂控制。能够运行。(Microgrid droop control, in the case of inductive lines, the realization of p/f, q/v droop control. It can run.)
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
DFIG-master
- 含有风力发电的微电网系统仿真，通过控制策略进行功率合理分配(Research on Grid-connected microgrid and its control strategy simulation of microgrid system with wind power generation and reasonable power distribution through control strategy)
EMS_DCMG-master
- 直流微电网运行控制仿真算法，能量管理策略(DC microgrid operation control simulation algorithm, energy management strategy)
PSO_多目标优化
- 对微电网中多个目标的优化采用粒子群算法，并对控制量进行求解从而得到目标精度(Particle swarm optimization (PSO) is used to optimize multiple objectives in microgrid, and the control variables are solved to obtain the target accuracy)