▍1. threelevel
在matlab仿真环境下搭建的T型三电平SVPWM控制的仿真模型以及电压环控制(Simulation Model T-type three-level SVPWM control in matlab simulation environment to build and the voltage control loop)
在matlab仿真环境下搭建的T型三电平SVPWM控制的仿真模型以及电压环控制(Simulation Model T-type three-level SVPWM control in matlab simulation environment to build and the voltage control loop)
说明: 牛顿-拉夫逊法,实现IEEE33节点系统潮流计算,收敛快(Achieve IEEE33 node system power flow calculation)
说明: 线路自动重合闸,三相和单项短路后,又重新恢复正常。(After three-phase and single short circuit, the line will return to normal again.)
模块化多电平变换器仿真模型,带有电容电压控制和环流抑制(Modular multilevel converter simulation model with capacitor voltage control and circulating current suppression)
改进的微分进化算法,此算法为优化算法,可以用在电力系统的无功优化,配电网重构中。(Differential Evolution)
微电网中微电源PQ控制,即恒功率控制方式(Micropower PQ control.)
热力系统中将水力模型与热力模型同时考虑,使用牛顿拉夫逊算法进行分解求解。(Hydraulic model and thermal model are considered simultaneously in the thermal system, and Newton Raphson algorithm is used to solve them.)
说明: 热力系统中将水力模型与热力模型同时考虑,使用牛顿拉夫逊算法进行分解求解。(Hydraulic model and thermal model are considered simultaneously in the thermal system, and Newton Raphson algorithm is used to solve them.)
说明: 电力系统cplex最简单的应用,大家可以自己学习学习(The simplest application of CPLEX in power system)
这个例子显示了家庭能源管理系统在电网电力和分布式电源之间切换。(This example shows a home energy management system switching between grid power and distributed power sources.)
说明: simulink PMSM 三相逆变器电压单闭环控制,DC-AC-DC-AC(simulink PMSM DC-AC-DC-AC)
电动汽车充电仿真模型,SIMULINK电动汽车充电仿真模型,SIMULINK(The electric car battery simulation model)
说明: 直流微电网运行控制策略,matlab仿真程序,可运行(DC microgrid operation control strategy, matlab simulation program, operational)
可实现ieee30节点编号的优化,以及利用稀疏技术存储(It can optimize IEEE 30 node number and store it with sparse technology)
说明: 可实现ieee30节点编号的优化,以及利用稀疏技术存储(It can optimize IEEE 30 node number and store it with sparse technology)
说明: 电力电子基础内容,整流部分的单相半波整流电路(single-phase half-wave)
说明: 高压直流输电的下垂控制 一个好用的基本模型(FourTerminalHVDC_droop)
说明: simulink搭建的全桥整流+buck电路,实现AC到DC,然后DC到DC的变换,其中全桥为SPWM控制。(Simulink built a full bridge rectifier +buck circuit, AC to DC, and then DC to DC transform, in which the whole bridge is SPWM control.)
说明: IEEE14节点牛顿拉夫逊法潮流计算,5次收敛(Power flow calculation of IEEE14 bus Newton Raphson method)
说明: 用于计算电力系统潮流,使用了牛顿拉普斯算法,IEEE34 节点系统(Newton raphson algorithm and IEEE34 node system are used to calculate power flow)