T300

源自电力系统运行与控制一书，简单的机组组合问题（UC）算例程序(包括主程序、经济调度程序以及动态规划程序)(basic code for Unit Commitment（including mainUC, economic dispatch and dynamic program）)

说明：  用matlab实现电力系统的状态估计功能，很有实用性。(matlab-Power system state estimation)

说明：  DTU控件实例，供DTU爱好者学习。。。(dtu activety,good for new learner.)

在VC下调用Matlab的源程序(in VC call Matlab source)

经典弹簧质量的车桥耦合程序，ansys平台编写(Vehicle bridge coupling program with classical spring mass, written on ANSYS platform)

本模型采用矢量控制与SVPWM相结合的方法，应用在低压微电网中。直流源电压为600V，逆变器输出电压为380V，可实现稳定功率输出。模型对网侧控制策略中每一模块尽量做出了说明，方便初学者更快理解三相逆变器控制策略的实现方法，运行效果非常好。(This model adopts the method of combining vector control with SVPWM, which is applied in low voltage microgrid. The DC source voltage is 600V, and the inverter output voltage is 380V, which can achieve stable power output. Each module is explained as far as possible in the network side control strategy. It is convenient for beginners to understand the realization method of the three-phase inverter control strategy faster, and the operation effect is very good.)

实现10杆桁架优化，使用matlab语言结合有限元(Optimization of 10 bar truss)

实现集中式ＭＰＣ和分散式MPC的控制算法(Achieve centralized MPC and distributed MPC control algorithm)

Psim仿真，PI控制并网逆变器，单极性倍频控制(Psim simulation, PI control grid connected inverter, unipolar frequency doubling control.)

说明：  适用于电力系统分析用牛拉法进行潮流计算(Niula method for power flow calculation in power system analysis)