搜索资源列表
wind_power_in_power_systems
- 研究风电接入对电力系统影响的经典书籍,适用于相关专业人士-classical text book to learn about winder power and its affect on power system
buckPWM
- 小型风电系统用到的BUCK电路SIMULINK模型，已经MPP模型，利用MPPT产生的PWM，控制BUCK电路，实现最大功率跟踪-Small wind power systems used BUCK circuit SIMULINK model has the MPP model, produced by MPPT PWM control BUCK circuit, to achieve maximum power tracking
33
- 混合智能算法：采用人工神经网络对不确定性函数与及约束进行拟合，并采用pso算法求解考虑多个风电节点的IEEE33节点系统随机规划模型。-Hybrid intelligent algorithm: the use of artificial neural network to fit the function of the uncertainty and constraint, and using pso algorithm considering IEEE33 node system stoch
windmolde
- 四分量风速模型，风电系统仿真部分，为风力机提供原动力-Four-component wind model, the wind power system simulation part, to provide impetus for the wind turbine
机组组合模型matlab程序
- matlab编程仿真机组组合模型优化含风电的电力系统旋转备用-Unit Commitment Model Optimization with wind power system spinning reserve, matlab simulation programming
wind_integration
- Matlab/Simulink下的风力发电仿真程序，可用于研究风电并网下稳态、暂态以及故障运行时的系统状态，内附与程序相对应的论文。-Matlab/Simulink simulation program under wind power can be used to study wind power under steady state, transient and fault runtime system state, containing papers that corresponds wi
Wind_power_output_estimation
- 分析电力系统风电出力数据的状态转移概率。在得到两三年的风电场发电出力数据后，可用该程序分析风电出力的具体变化，以及风电出力在相邻时刻不同状态之间的转移概率。-Analysis of power system wind power output data state transition probabilities. In two or three years to get the wind farm power output data, the program can analyze speci
PSO_optization_Wind_UC
- 用于计算电力系统机组组合及经济调度问题，修改添加风电后可用于计算含风电系统的经济调度问题-Used to calculate the power system unit commitment and economic dispatch problem, modify, after adding wind power can be used to calculate the wind power system with the economic dispatch problem
dfig
- 基于matlabd的关于双馈感应风电系统的建模仿真，可以可视化了解系统的动态过程-giving a kind of Modeling and simulation of Doubly Fed Induction generator (DFIG) coupled with wind turbine visualising the advantages of the DFIG over other generators it is being used for most of the wind a
DF_Converter
- 双馈变流器的系统仿真，逼近真实的硬件器材搭建而成，欢迎风电开发人员互相学习！-Double-fed converter system simulation approach structures made of real hardware equipment, wind power developers are welcome to learn from each other
Wind_Turbine_drive_train
- 外国NB的双馈风电系统传动链仿真，外国NB的双馈风电系统传动链仿真，-this is a excellent model（drive train of wind power system with double feed induction generator ) .
zuhefengsu
- 一个简单的风速模型，基于开曼谱，分析时可以作为风电系统的输入应用-A simple wind model, based on the Cayman spectrum analysis can be used as input applications of wind power systems
SVC_TCR_N_TSC
- MATLAB SVC(static var compensator)仿真程序，实现电网系统中电能质量治理。为TCR+TSC结构，参数可调，可用在变电站、风电及光伏等系统级仿真中。-a power convertion system realized in MATLAB SIMULINK. the power quality compensation system is carried out with SVC，engaged in TCR and TSC combination.
WT_PV_Load_Scenario
- 针对电力系统中风电和光伏出力以及负荷不确定性问题，该程序通过拉丁超立方抽样和样本削减将其转化为场景分析问题。-For stroke power and photovoltaic power system output and load uncertainty, the program by Latin Hypercube Sampling and sample reduction to convert it into a scene analysis of the problem.
fengdian
- 关于风电的仿真模型，针对发电机控制系统部分做了仿真-The simulation model of wind power is given, and the simulation of the generator control system is given
Detailed_PMSG_one_machine
- 完整的永磁直驱风电系统模型，包括风轮机，发电机，双PWM变流器，控制系统等-Complete permanent magnet direct drive wind power system model, including wind turbines, generators, dual PWM converters, control systems, etc.
Direct-drive-Permanent--Magenet
- 包括风轮机，发电机，双PWM变流器，控制系统等完整的并网永磁直驱风电系统模型，-a complete grid-connected direct-drive wind power system model,including wind turbine, generator, dual PWM converter, control system,
PMSG-connected-to-grid
- 基于双闭环矢量控制的永磁直驱风电系统的并网模型，输出功率和直流电压波形理想-Grid- connected model of permanent magnet direct drive wind power system based on double closed- loop vector control and Output power and DC voltage waveform are ideal
WindReliability
- 计及储能的风电系统系统风险评估，参数齐全可直接使用(Risk assessment of wind power system considering energy storage)
MATLAB风电模型
- 通过MATLAB仿真软件,建立风力发电系统控制模型以及完整的风力发电样例系统模型.(Through the MATLAB simulation software, the wind power system control model and the complete wind power sample system model are established.)