搜索资源列表
matlab
- 精度颇高的转子临界转速及不平和响应算法，主要采用了传递矩阵法-High precision of the rotor critical speed and the uneven and response algorithms, mainly in the transfer matrix method
control_system
- 该系统是双馈发电机转子侧的变流器控制电路，虽然不是很完善，有一定得参考价值。-The system is doubly-fed generator rotor side converter control circuit, although not perfect, there must be reference value.
im
- INDUCTION MOTOR RUN (Currents and speed as state variables) The motor is running at a specified load. After reaching steady state in an initialization first run, the initial conditions are established for a second run in which the load is pulsat
Active_Stall_WT_Models
- This study treats the case of a wind turbine with and without active stall control. The models have been developed using the Wind Turbine Blockset for Matlab/Simulink. A look-up table has been generated to implement into the rotor model.
closedrotor
- System identification of twin rotor(16th order)
dirct-torque-sensorless
- 异步电机的精确控制和速度辨识是交流传动系统中重要问题。在该仿真系统中，电机转速采用易于检测的电机定子电压和电流得到转速MRAS辨识算法来估算。由于速度辨识算法中电压模型的纯积分环节会引起的误差积累和漂移问题，采用改进积分型转子磁链估算模型来解决。-The precise control and the speed identification of AC motor are the very important issues on AC drive system.In this system,
MATLAB-sumlink-windpower
- 随着可持续发展理念的深入，风力发电作为可再生能源得到了快速的发 展。风力发电系统的仿真在风力发电系统分析，发电量分析和电网的能量的 分析中都起到了非常重要的作用。 本文应用 MATLAB 软件，对风速、风轮、传动机构、发电机、与风力发 电相关的电力电子系统建立了数学模型，并进行仿真进方面的研究，得到了 可供分析的仿真结果。介绍了风力发电机组的控制技术，主要是变桨距控制 和发电机变速控制，并利用 MATLAB 软件对变桨距控制系统和低于额定风速 和高于额定风速时的变速风
mccm
- simulation engine, three-phase asynchronous squirrel-cage rotor in the coordinate space alpha-beta using the blocks in matlab / simulink
tut
- direct torque control asynchronous motors, three-phase squirrel cage rotor inverter using matrix and the block in matlab / siulink
quadrotors
- 这是四旋翼飞行器在MATLAB中的仿真程序，包括simulink仿真系统和程序。-This is a four-rotor aircraft in MATLAB simulation program, including simulink simulation systems and procedures.
Study-of-Improved-BP-Neural-Network-on-Rotor-Spee
- In this paper three different methods such as GDM AGDM and modified PSO are adopted to optimize the neural networks, and simulate the DTC system with MATLAB/SIMULINK. The result shows: modified PSO algorithm can solve the problem of neural n
controller
- controller for quad rotor in matlab
quadrotor simulation
- matlab中简单建立旋翼模型，并利用PID控制器进行控制(A simple rotor model is established in MATLAB, and the PID controller is used to control the rotor model)
无阻尼绕组
- 同步电机dq0坐标下，无阻尼绕组时转子绕组短路定子绕组突然加对称电压的程序。(Synchronous motor dq0 coordinates, no damping winding rotor winding short circuit Stator winding sudden increase in the symmetrical voltage procedures.)
rotor_propeller
- Rotor and propeller implementation in matlab
ump_fangcheng
- 用matlab编写的不平衡磁拉力方程，可以用来做转子动力学仿真(The unbalanced magnetic pull equation written in matlab can be used to simulate rotor dynamics.)
Rotor thrust calculator
- 该算法适用于各种转子采用无刷直流电机和ESC（显然）。 特别是本程序只适用与串口通信准备Arduino电路板。 你可以如果你没有Arduino开发板改变最初的声明。 从实际电机/转子u计算，必须有一个微控制器，将获得MATLAB命令，并将命令发送到特定的引脚上的ESC电机连接。请注意，引脚必须是一个PWM能力。(The algorithm is suitable for the use of Brushless DC motor and ESC (obviously) for variou
无传感器的永磁同步电机控制
- 电机的MATLAB仿真程序，采用了卡尔曼滤波，对定子电流进行估计，并估算出转子的位置和速度(Kalman filter is used in MATLAB simulation program to estimate the stator current and the rotor position and speed.)
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
DFIG转子侧与网侧模型github
- 本资源为双馈风机DFIG的建模，其中包括定子直接从电网以恒定的振幅和频率提供三相电压。转子还由三相电压供电，这些三相电压在稳定状态下具有不同的幅度和频率，以便达到电机的不同运行条件（速度，转矩等）。本资源在intin.m文件中给了具体的参数，可以模拟出具体的仿真结果，使用者也可以自己改变参数来模拟仿真自己的结果。(This resource is for modeling DFIG of doubly fed wind turbine, which includes the stator pro