SCED_PSOPF

本程序为水蒸气物性参数函数源代码。通过它可以方便的进行常用的热力计算。(This program is a function of the physical parameters of water vapor source code. Can easily be used to calculate the heat through it.)

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联合求解。(Hydraulic model and thermal model are considered simultaneously in the thermal system, and Newton Raphson algorithm is used to solve them jointly.)

仿真模型中，通过1000MW(5OOkv, 2kA)的直流输电线路从一个500KV、5000mva、50hz的电力系统EM向另一个345kv10000mva50hz的电力系统Ell输送电力。整流桥和逆变桥均由两个通用6脉冲桥搭建而成。交流滤波器直接接在交流母线上，它包括11次、13次和更高次谐波等单调支路。总共提供600mvar的容量。(In the simulation model, the 1000MW (5OOkv, 2kA) DC transmission line transfers power from one 500KV, 5000MVA, 50Hz power system EM to another 345kv10000mva50hz power system Ell. The rectifier bridge and the invert bridge are all constructed by two general 6 pulse bridges. The AC filter is connected directly to the AC bus, which includes 11 or 13 and higher harmonics. A total capacity of 600mvar is provided.)

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)

地震弹性波正演，边界条件是最优的cpml，包括各向异性，粘弹等，很有用(Seismic elastic wave forward, the boundary conditions are optimal cpml, including anisotropy, viscoelasticity, etc., useful)

速度分析程序，由输入地震数据产生速度谱用于速度估计(Velocity analysis program, enter the seismic data generated by the velocity spectrum for velocity estimation)

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：  对于已知的电路结构，求解其网络分析的状态变量法(For the known circuit structure, the state variable method is used to solve the network analysis)

1D occam 反演, 正演包括了CSEM、MT，建立模型用于海洋地球物理勘探。(Inversion of 1D occam )

说明：  是一个完整的1.5MW双馈风机简化模型，输入是风速，输出是功率，还没有做到并网模块(It is a complete simplified model of 1.5MW doubly fed fan. The input is wind speed and the output is power. The grid connection module has not been achieved)