modi_Bat

电力系统综合分析程序PSASP7.0的标准算例，很难找的。只要将相关算例用PSASP打开即可进行相关分析(Power system analysis program PSASP7.0 standard example, it is difficult to find. As long as the relevant example PSASP open to correlation analysis)

永磁风电，svpwm，不含桨距角控制，记得先打开坐标库。(PMSG. SVPWM. No pitch control. Do remember open the vector library first.)

风力发电机PMSG模型设计，simulink仿真文件(PMSG model design of wind power generator, Simulink simulation file)

该文件是优秀论文并带有相应的源码。在Matlab软件平台上，对所提出的基于遗传算法的电力系统电力市场分段竞价交易算法进行了阶梯型报价曲线、线性报价曲线这两种常用报价曲线情况下的算例验证，计算结果显示算法的寻优效果因报价曲线性质的不同而略有区别，但两种情况均可得到优化的购电费用。实验结果证明了该算法应用于分段竞价模型的有效性和可行性，且不受报价曲线形式的限制。(The document is an excellent paper with a corresponding source code. In the Matlab software platform for the proposed genetic algorithm-based power systems market segment auction algorithms offer ladder-type curve, the two commonly used linear bidding curve bidding curve example in case of validation, the results show algorithm optimization results for the different nature of bidding curve slightly different, but both cases can be optimized for power purchase costs. Experimental results show that the algorithm is applied to sub-effectiveness and feasibility of bidding model, and is not limited form of bidding curve.)

模拟发送GOOSE SV SNTP等，是智能变电站应用开发的实用工具，详细的说明在压缩包里边，压缩包里包含三个压缩包，分别是集成测试工具、协议安装包、协议安装说明等。(Analog transmission GOOSE SV SNTP, are intelligent application development utility substation, detailed instructions inside the archive, compressed package includes three compressed, respectively, integrated test tools, protocol package, installation instructions and other agreements)

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)

适合计算方法初学者使用的埃尔米特插值程序 改变函数节点和值 即可(hermite interpolation)

磁性材料选型、高频电感、高频变压器设计关乎高频电力电子装备的核心性能指标，该软件能够加速你的系统开发和部件设计，非常实用好用，值得推荐r(transformter designeer)

内点法进行电力系统无功优化，不是用工具箱编的，毕业论文，非常详细(Interior Point Method for Power System Reactive Power Optimization)

说明：  12脉波整流模型，模拟验证关断角和换流电感关系(12-pulse rectification model to simulate and verify the relationship between turn-off angle and commutation inductance)