XSteam

说明：  用于fluent的二维UDF，主要用于求解VOF模型体积分数梯度，进而输出毛细管力参数(UDF of two-dimensional capillary force with VOF)

通过matlab中的simulink对基于svpwm的三相异步电机矢量控制系统进行仿真。(The vector control system of three-phase asynchronous motor based on SVPWM is simulated by Simulink in MATLAB.)

基于MATLAB/CPLEX 的机组最优组合，成功求解表格化，图示化的机组组合结果，含机组各时段启停计划、机组各时段最优出力，以及内含的各时段的直流潮流等。(Based on the MATLAB/CPLEX optimal combination of units, the results of tabular and graphical unit commitment are successfully solved, including the start-up and shutdown schedule of each unit, the optimal output of each period of the unit, and the DC power flow contained in each period.)

对井间地震数据或微地震数据进行f-k滤波处理(apply the FK filter to the well seismic or microseismic data)

说明：  光储一体化机程序，适用于PSCAD4.5.5以上版本(This file outlines a Photovoltaic (PV) and battery system in PSCAD. A general description of the entire system and the functionality of each module are given to explain how the system works and what parameters can be controlled by the system.)

用matlab建立的用于同步发电机三相短路仿真的程序(the simulation model of synchronous generator for three-phase short circuit)

说明：  最经典的下垂控制 可以在上面做文章 可以用(simple droop simulation)

说明：  本书是美国电力研究院（EPRI）组织“电力系统工程丛书”中，一部专门阐述电力稳定与控制的专著。随着世界范围内电力系统互联逐步扩大、新技术的不断采用、经济性以及电力工业调整所带来的约束，现代电力系统正日趋复杂。因这部专著的帮助，读者可以有效地解决由于电力工业的巨大变化所带来的稳定与控制方面的问题。(This book is a monograph on power stability and control in "Power System Engineering Series" organized by EPRI. With the gradual expansion of power system interconnection in the world, the continuous adoption of new technologies, economy and the constraints brought by the adjustment of power industry, modern power system is becoming increasingly complex. With the help of this monograph, readers can effectively solve the problems of stability and control brought about by the great changes in the power industry.)

说明：  三相光伏并网逆变器MATLAB/simulink仿真模型(MATLAB/simulink simulation model of three-phase photovoltaic grid-connected inverter)

30节点系统最优潮流计算，自编程序，可供最优潮流计算研究初学者提供系统分析；(30 node system optimal power flow calculation, self compiled procedures for optimal power flow calculation, beginners to provide system analysis;)