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Stand-Alone-Hybrid-WindPV-System
- 首先建立了风力发电和光伏发电的天气模型,提出了衡量供电可靠性的失负荷概率LOLP、衡量清洁能源浪费的失能量概率LOEP 和系统成本等指标,并采用蒙特卡罗仿真进行计算.-First set up the model of wind power and photovoltaic power, put forward the measure of the loss of load probability of power supply rel
liantongxing
- 通过Monte Carlo模拟法计算IEEE 79系统失负荷量,要求放在F盘下运行-Computing IEEE 79 system via Monte Carlo simulation method loss of load, run under the requirements placed on the F drive
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- 鉴于分布式光伏发电井网系统的电压稳定性对现实生话有重要意义.从下程角度给出380/220 V低压 配电网电压失稳的实用判抓.运用I SC 八I>软件构建了一个分布式光伏电源接入0. } kV配电网的3竹点系 统仿真模型.在此基础上分析了负荷增加、光照强度突降、环境温度增大以及负荷母线发生短路故障等扰动对 负荷电压稳定性的影响。仿真结果表明.当负荷电压接近电压稳定限定伯正常运行时.光照强度突降会使负 荷母线电压失去稳
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- simulink中搭建单机无穷大系统描述电压稳定问题,当网络结果发生变化(考虑突然加入感性无功负荷),以及发生故障时机端电压会出现明显失稳现象-simulink in building machine infinite bus system described voltage stability problems when the network changes the result (considering the sudden ad
失负荷
- 计算当元件发生开断后,系统的切负荷情况。(Load shedding of the system after interruption of the calculating element)