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”。
The wind speed model considering wake effect can describe power output of wind farm more accurately under wind speed fluctuation, therefore the study result is more practical.
考虑风电场内机组间尾流效应的风速模型能较准确地描述风速扰动下风电场输出功率的波动，使研究结果更具有实际意义和价值。
Integrating wind farm into effective load model of power grid, a power grid reliability model for power grid containing wind farm is built.
建立了包含风电场的发电系统可靠性模型并在此基础上提出了一种计算风电场可避免费用的新方法。
And then wind speed, wind generators and wind farm are modeled. Wind generator model includes wind turbine model, transferring structure model and asynchronous generator model.
其次建立了风速、风电机组及发电机组数学模型，其中风电机组的数学模型主要包括风轮机模型、传动机构模型和异步发电机模型。
Finally, the active power pricing model based on security region is applied to the feasibility study of wind farm location and its capacity.
最后，本文将基于安全域的电力系统有功定价模型用于拟并网的风电场装机容量和风电场位置的论证中。
The simulation model for the grid connection of offshore wind farm via VSC-HVDC based on the fixed pitch constant speed wind power generation system is established.
建立了基于定桨距恒速风力发电机系统的海上风电场直流并网仿真模型，并对风电场几种典型运行情况的并网性能进行了仿真分析。
The demonstration method and mathematical model for the additionality of our national wind power generation farm was promoted.
论文研究提出了我国风力发电场的额外性论证方法与模型。
The demonstration method and mathematical model for the additionality of our national wind power generation farm was promoted.
论文研究提出了我国风力发电场的额外性论证方法与模型。
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