压缩空气储能仿真simulink模型 适合matlab 2017及以上版本

压缩空气储能仿真simulink模型适合matlab 2017及以上版本MATLAB 代码示例%% 初始化模型modelName ‘MyPowerSystem’;new_system(modelName); % 创建新模型open_system(modelName); % 打开模型窗口%% 1. 添加控制回路模块 (左下角部分)% 添加一个传递函数 (Transfer Fcn) - 对应图中的 2/(0.5s2)add_block(‘simulink/Continuous/Transfer Fcn’, [modelName ‘/MyTF1’]);set_param([modelName ‘/MyTF1’], ‘Numerator’, ‘[2]’, ‘Denominator’, ‘[0.5 2]’);set_param([modelName ‘/MyTF1’], ‘Position’, [100 300 160 340]);% 添加一个积分环节 (Integrator) - 对应图中的 1/sadd_block(‘simulink/Continuous/Integrator’, [modelName ‘/Integrator1’]);set_param([modelName ‘/Integrator1’], ‘Position’, [180 300 210 340]);% 添加增益 (Gain)add_block(‘simulink/Math Operations/Gain’, [modelName ‘/Gain1’]);set_param([modelName ‘/Gain1’], ‘Position’, [250 300 280 330]);% 添加求和节点 (Sum)add_block(‘simulink/Math Operations/Sum’, [modelName ‘/Sum1’]);set_param([modelName ‘/Sum1’], ‘Position’, [50 300 70 320]);%% 2. 添加主电路/测量模块 (中间部分)% 这里以添加一个通用桥(Universal Bridge)为例图中看起来像是一个逆变器或整流器add_block(‘Simscape/Electrical/Specialized Power Systems/Fundamental Blocks/Power Electronics/Universal Bridge’, [modelName ‘/Universal Bridge’]);set_param([modelName ‘/Universal Bridge’], ‘Position’, [400 150 500 300]);% 添加示波器 (Scope)add_block(‘simulink/Sinks/Scope’, [modelName ‘/Scope_Main’]);set_param([modelName ‘/Scope_Main’], ‘Position’, [600 100 630 130]);%% 3. 添加逻辑/信号处理 (左上角部分)% 添加一个多路复用器 (Mux)add_block(‘simulink/Signal Routing/Mux’, [modelName ‘/Mux1’]);set_param([modelName ‘/Mux1’], ‘Position’, [200 100 230 150]);%% 4. 连接模块 (示例连接)% 连接 Sum - Transfer Fcnadd_line(modelName, ‘Sum1/1’, ‘MyTF1/1’);% 连接 Transfer Fcn - Integratoradd_line(modelName, ‘MyTF1/1’, ‘Integrator1/1’);% 连接 Integrator - Gainadd_line(modelName, ‘Integrator1/1’, ‘Gain1/1’);% 连接 Gain - Universal Bridge (假设连接到控制端口)add_line(modelName, ‘Gain1/1’, ‘Universal Bridge/1’);%% 整理布局并保存save_system(modelName);如何使用这段代码打开 MATLAB 软件。点击“新建脚本”。点击“运行”。MATLAB 会自动弹出一个名为 MyPowerSystem 的窗口请在 MATLAB 命令行或脚本中运行以下代码function create_motor_model()% 1. 定义模型名称并新建模型modelName ‘Motor_Control_System’;new_system(modelName, ‘Model’);open_system(modelName);% 2. 添加底层控制回路 (左下角部分) % 添加传递函数模块: 2 / (0.5s 2) add_block(simulink/Continuous/Transfer Fcn, [modelName /Plant_TF]); set_param([modelName /Plant_TF], Position, [150 300 230 340], ... Numerator, [2], Denominator, [0.5 2]); % 添加积分环节: 1/s add_block(simulink/Continuous/Integrator, [modelName /Integrator]); set_param([modelName /Integrator], Position, [260 300 290 340]); % 添加增益 Gain (假设是Kp或Ki) add_block(simulink/Math Operations/Gain, [modelName /Gain_K]); set_param([modelName /Gain_K], Position, [320 300 350 330], Gain, 1); % 添加求和点 Sum add_block(simulink/Math Operations/Sum, [modelName /Sum_Junction]); set_param([modelName /Sum_Junction], Position, [100 310 120 330], Inputs, |-); % 3. 添加电机主体模块 (中间部分) % 注意这里使用通用的异步电机模块作为示例你需要根据实际库选择 PMSM 或 ASM add_block(powerlib/Machines/Asynchronous Machine SI Units, [modelName /Asynchronous Machine]); set_param([modelName /Asynchronous Machine], Position, [450 200 550 350]); % 4. 添加测量与示波器 (右侧部分) % 添加示波器 Scope add_block(simulink/Sinks/Scope, [modelName /Scope_Output]); set_param([modelName /Scope_Output], Position, [650 200 680 230]); % 添加电压测量 add_block(powerlib/Measurements/Voltage Measurement, [modelName /Voltage_Measurement]); set_param([modelName /Voltage_Measurement], Position, [580 180 600 200]); % 5. 连接模块 (示例连接) % 连接 Sum - Plant_TF add_line(modelName, Sum_Junction/1, Plant_TF/1); % 连接 Plant_TF - Integrator add_line(modelName, Plant_TF/1, Integrator/1); % 连接 Integrator - Gain add_line(modelName, Integrator/1, Gain_K/1); % 自动排列布局 Simulink.BlockDiagram.arrangeSystem(modelName); disp([模型 modelName 已生成成功请检查模块参数。]);end