The calculations on the IEEE-IBTS test system added wind farm model is carried out, and the influencing factors of ELCC are analyzed.
以IEEE - IBTS测试系统为例进行了风电场有效负荷承载能力计算,并分析了有效负荷承载能力的影响因素。
On this basis, adopting parallel connection of generator sets a precise wind farm model is constructed and reactive power distribution scheme of this wind farm is given.
在此基础上,采用发电机并联的方式,构建了精确的风电场模型,并给出了风电场的无功功率分配方案。
According to the computer model, this design could increase wind farm efficiency a hundredfold. The next step for the researchers is to do a field test, trying out these fish dynamics on dry land.
根据计算机模型得出的结果,这种设计可以让风力发电厂效率提高数百倍,下一步就是研究人员的现场测试,看“鱼儿”在陆地上的“游动”。
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