同塔双回路感应电压电流计算模型-630-45

独立直流配电电力系统仿真 四发电机组带整流负载运行 含自建调速器(Simulation of Independent DC Distribution Power System Four Generators Running with Rectifier Load Including self-built governor)

包括15个常用的IEEE电网节点数据，有BPA，清华，IEEE和euro四种格式(it contains 15 power grid IEEE data, there are BPA, tsinghua, IEEE and euro format)

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：  异步电机速度、电流、磁链闭环控制，电流控制采取滞环控制，动态跟踪效果较好。(The closed-loop control of speed, current and flux of induction motor and hysteresis control of current control have good dynamic tracking effect.)

说明：  基于Glauert设计法进行计算叶片的风轮直径以及弦长，安装角等数据计算(The calculation of blade diameter, chord length and installation angle based on Glauert design method)

说明：  双馈式风力发电机simulink建模，对初学者很有帮助，对风力发电进行模拟(Modeling of doubly-fed wind turbine simulink)

说明：  先dq变换然后构建电压外环电流内环的双闭环系统，实现了statcom的前馈解耦控制。可以解决大负载投入的电压降落问题。(First, dq transform is used to construct the double closed-loop system of voltage outer loop and current inner loop, which realizes the feedforward decoupling control of STATCOM. It can solve the voltage drop problem of large load input.)

Wind turbine simulation

说明：  dcdc仿真电路的PSCAD仿真C语言嵌入式开发(Embedded development of PSCAD simulation C language for dcdcdc simulation circuit)

电力系统优化调度是一项复杂的系统工程。目前，在在电力系统发电领域，还没有一个系统的、完善的、成熟的解决方案。研究电力系统中水电厂优化调度，必须考虑到环境的影响，对提高电网安全稳定水平，优化利用能源资源，全方位努力地开拓发电企业的电力市场、提高经济效益等都具有重要意义。( Study for optimal scheduling of power system Abstract Optimal operation of power system is a complicated systematic project.Currently,there is no systematic, comprehensive, mature solution in the field of power system generation. Study of power system optimal operation of hydropower, must take into account the environmental impact of raising the level of network security and stability, optimal use of energy resources, optimal use of energy resources, Comprehensive efforts to develop power plants in the electricity market, improve economic efficiency are all important..)