风力电机控制器半实物仿真测试平台

Hil Simulation Test Platform for Wind Power Controller

风力发电要求机组控制器必须能承受并网负荷和自然环境的影响。对该领域的研究,首先必须具备面向厂商的可以高速仿真测试平台。平台首先必须可以辨识电路,并通过模型简化,提取相应的性能参数。其次,系统使用基于FPGA的并行处理器架构求解相关矩阵方程。本文通过矩阵关联理论、图论、电路等效、迭代计算、优化模型对电路模型的仿真做了相关研究,对现实的风电控制器测试具有一定的现实意义。

Wind power requires that controller must be able to withstand the impact of grid loads and the natural environment. From the research in this field,we must first have a high-speed test simulation platform facing to the manufacturer. First,the platform should identify the circuit,and identify of the performance parameters of the effect through the model simplification. Secondly,FPGA solves the correlation matrix equation. In this paper,the simulation of circuit model is studied by Matrix Association theory,graph theory,circuit equivalence,iterative calculation and optimization model,which has certain practical significance for realistic wind power controller testing.