同塔双回路感应电压电流计算模型-630-45

在这项研究工作中主要集中开发基于混合光伏风电系统的智能控制和电网整合以及电池存储系统。电网整合混合式PV-Wind与基于智能控制器的电池管理系统[BMS]已经在Matlab中开发了一个仿真模型，并分析了正常条件下的系统性能。同样的系统已经用UPFC模拟，并分析了不同故障条件下的系统性能。(In this research work focused on the development of smart grid integration and control, and battery storage system based on photovoltaic hybrid wind systems. Grid integration hybrid PV-Wind-based intelligent controller and a battery management system [BMS] has developed a simulation model in Matlab and analyze system performance under normal conditions. The same system has been used UPFC simulation, and analysis of the performance of the system under various fault conditions.)

说明：  BCUK电路双环PID仿真，实现了电压环和电流环，突然加载测试(Bcuk circuit double loop PID simulation realizes voltage loop and current loop, sudden load test)

单风电场潮流计算模型，风电集群潮流模型，最优潮流计算，N-1最优潮流计算(detailed wind power model, optimal power flow computation and N-1 based SCOPF)

电力系统分析工具箱(PSAT)的最新版本2.1.10，可以进行潮流、最优潮流、时域仿真等一系列计算(Power System Analysis Toolbox (PSAT) the latest version 2.1.10, the trend can be, optimal power flow, and a series of time-domain simulation calculation)

非常详细的14自由度车辆动力学模型，用于进行横向/纵向动力学参数预测(14DOF vehicle dynamics model)

用于计算位场数据的一阶或二阶水平方向导数，一般水平导数用于边界的识别。(The data used to calculate the potential field of a first-order or second-order horizontal directional derivative, the derivative of the general level of identification for border.)

100kW光伏电源接入25kV配电网，官方例子，在simulink可运行(100kW photovoltaic power supply is connected to 25kV distribution network)

基于PSCAD的IEEE39节点测试系统，可实现电磁暂态仿真、机电暂态仿真以及小信号稳定性仿真分析等。通过E-TRAN将PSS/E数据转换为PSCAD模型，模型包含有E-TRAN的元件库等。(IEEE New England 39-bus test system based on PSCAD/EMTDC. The model can be used in electromagnetic transient simulations, electromechanical transient simulations, and small-signal stability similations. The model is developed by using E-TRAN to transform PSS/E data to PSCAD/EMTDC model.)

说明：  直流电机双闭环控制matlab程序，双闭环能增加系统的动态响应，提升控制性能。(Dc motor double closed loop control matlab program, double closed loop can increase the dynamic response of the system, improve the control performance.)

说明：  可借鉴用于基于Simplorer的多场耦合永磁同步电机SVPWM整理仿真。(It can be used for SVPWM finishing simulation of multi-field coupled permanent magnet synchronous motor based on Simpler.)