针对大型风电场的全拓扑实时仿真加速策略研究

Research on Acceleration Strategy of Full Topology Real-time Simulation for Large Wind Farms

大型风电场存在风电规模庞大以及建模复杂的问题,这导致在进行建模仿真时无法做到高精度、高灵活度、高适应性的单机或者多机等值处理。为了解决这一问题,需要对大型风电场采用全拓扑实时仿真办法,即通过对风电场模型的分割与并行处理,来提高仿真的速度及规模,实现仿真机的计算及存储负担降低,得到最真实的仿真结果。

Large-scale wind farms have the problems of large scale of wind power and complex modeling,which leads to the inability to achieve high-precision,high-flexibility,high-adaptability single-machine or multi-machine equivalent processing in modeling and simulation.In order to solve this problem,it is necessary to adopt the full topology real-time simulation method for large wind farms,that is,through the segmentation and parallel processing of wind farm models,to improve the speed and scale of simulation,reduce the calculation and storage burden of the simulator,and obtain the most realistic simulation results.