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- 海上风电技术的发展与现状，海上风力发电机基础的选择
新能源发电
- 包含电气工程专业新能源发电课程中的光伏模型和风电并网模型，能在matlab中正常运行。(Including photovoltaic models and wind power grid-connected models in the new energy generation course in electrical engineering, which can operate normally in matlab.)
power_windgen
- matlab风电simulink模型，用于风电系统分析(The Simulink model of MATLAB wind power is applied to the analysis of wind power system.)
Global-Wind-Report-2016-Annual-Market-Update
- 里面都是些2017年世界各国的风电发展情况。(situation about the development of wind plant.)
风力发电系统的建模与仿真
- 介绍风力发电的机械和电气系统数学模型及并网控制策略的原理，然后结合具体算例，通过DIgSILENT和MATLAB/Simulink两种仿真软件建立典型风电机组的仿真模型，分析其*大程度功率跟踪控制、有功和频率调节、无功和电压控制、低电压穿越、虚拟惯性控制等风电机组并网控制的主要特性，以及电网允许风电接纳能力、电网潮流计算与无功优化计算、风电接入对电网暂态稳定性影响等。此外，通过柔性直流输电的海上风电和大型风电基地的风电场并网已成为新的研究热点，本书将介绍其基本原理和仿真建模。(Modeling
风电并网的simulink模型
- 风电并网的simulink模型，可运行。希望对大家能带来帮助
WT_PV_Load_Scenario
- 蒙特卡洛生成关于风电光伏的初始场景，然后在进行缩减实现场景集的提取(Monte Carlo generates the initial scenes about wind photovoltaic, and then reduces them to extract scene sets.)
mengtekaluo
- 用蒙特卡洛法生成风电光伏的初始场景，然后在缩减利于优化求解。(The initial scene of wind photovoltaic generation is generated by Monte Carlo method, and then reduced to facilitate the optimization solution.)
wind power forecasting based on EWT-KELM
- 针对短期风电功率预测，提出一种基于经验小波变换预处理的核极限学习机组合预测方法。首先采用 EWT 对风电场实测风速数据进行自适应分解并提取具有傅立叶紧支撑的模态信号分量，针对每个分量分别构建 KELM 预测模型，最后对各个预测模型的输出进行叠加得到风速预测值并根据风电场风功特性曲线可得对应风电功率预测值。(Aiming at short-term wind power prediction, a kernel-based learning machine combination predicti
power_wind_dfig
- MATLAB模型，双馈风电机组基于最大功率跟踪，低风速超速控制，中风速高风速变桨距控制(DFIG MATLABThe wind turbine and the doubly-fed induction generator (WTDFIG) are shown in the figure called The Wind Turbine and the Doubly-Fed Induction Generator System. The AC/DC/AC converter is divided i
蒙特卡罗
- 基于时序蒙特卡洛的风电可靠性分析代码，可以计算风力发电机发出的功率，LOLP和EENS(Based on the time series Monte Carlo code for wind power reliability analysis, the power generated by wind turbines, LOLP and EENS can be calculated.)
me
- 风电齿轮的动力学建模程序，模拟了齿轮振动处的信号(The dynamic modeling program of wind turbine gears simulates the signals at the vibration of gears.)
KKQW_CVT_2phase
- 全功率变流器建立的风电机组整机电气仿真建模，包含传动链、风力机等子模块(Electrical simulation modeling of a double-fed unit built by a converter, which can be used for LVRT\HVRT simulation)
power_pwm1
- 该模块是风电机组转矩控制器策略控制模块，可用于风电机组整机模型控制(This module is a wind turbine torque controller strategy control module, which can be used for wind turbine model control.)
wind11
- MATLAB simulink 双馈风电机组并网风机模型(MATLAB simulink doubly-fed wind turbine grid-connected fan model)
pso优化BP
- 使用pso优化神经网络，使风电功率预测达到更高的精度(a pso algorithm used to optmize bp neural network)
LSSVM
- 结合风场实时数据以及风场气象数据，分析了实时数据并制定了数据清洗规则；针对风电功率预测领域预测精度低的问题，采用lssvm算法进行预测。(Combined with real-time wind field data and wind field meteorological data, the real-time data was analyzed and data cleaning rules were formulated. For the problem of low predictio
永磁直驱风机
- 双馈风电机组模型，包括详细的风力机、发电机及并网控制等，可运行，(Detailed model and grid-connected control of doubly-fed fan can be operated.)
arma
- 用于风功率预测的ARMA代码，可在matlab上运行，包含风电数据。(ARMA code for wind power prediction can be run on matlab, including wind power data)
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.)