Research on the Planning of Automatic Grease-filling System for Wind Turbine Lubrication

2019 International Conference on Sensing, Diagnostics, Prognostics, and Control (SDPC) Pub Date : 2019-08-01 DOI:10.1109/SDPC.2019.00128

Xiaopin Yang, Guiyue Kou, Li Li, Wenhua Zhang, C. Xie, Jinna Hao

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Abstract

The planning of oil pipeline and control system for wind turbine lubrication is studied according to the geographic environment of wind farms, This topic introduces the system composition of the automatic grease-filling system for wind farms and engineering application design concept. Kruskal algorithm of the minimum spanning tree is directly introduced for the flat terrain to plan the oil pipeline, and the plane shortest path algorithm is used to plan the control system by MATLAB. For the wind farm with complex terrain, the large areas are divided according to macro-geomorphology and then classified according to micro-geomorphology, so that the scheme design of optimal position of oil pipelines and control system is carried out after analyzing the actual situation. Finally, taking power plants in Xinjiang and Inner Mongolia as examples, the concrete scheme designs are made respectively for the flat terrain and the complex terrain, which provides simple and easy design templates for engineering application.

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风电机组润滑自动加脂系统规划研究

根据风电场的地理环境，对风电机组润滑输油管道及控制系统的规划进行了研究，本课题介绍了风电场自动注油系统的系统组成及工程应用设计理念。针对平坦地形，直接引入最小生成树的Kruskal算法对输油管道进行规划，并采用平面最短路径算法对控制系统进行MATLAB规划。对于地形复杂的风电场，先根据宏观地貌进行大面积划分，再根据微观地貌进行分类，在分析实际情况的基础上进行输油管道及控制系统最优位置的方案设计。最后，以新疆和内蒙古电厂为例，分别针对平坦地形和复杂地形进行了具体方案设计，为工程应用提供了简单易行的设计模板。

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来源期刊

2019 International Conference on Sensing, Diagnostics, Prognostics, and Control (SDPC)

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