多维地形环境与风机参数约束的风电场道路优化设计方法

Multi Dimensional Terrain Environment and Fan Parameter Constraint Wind Farm Road Optimal Design Method

针对风机设备安全运输的道路智能化设计需求,建立了一种综合考虑风电场多维复杂地形环境的道路中心线规划网络模型,在此基础之上设计实现了顾及风电工程建设成本的道路中心线自动规划算法;同时分析计算了风电专题中风机设备的形态结构等参数特征对道路横断面宽度的影响,以实现多要素联合约束的风电场道路优化设计。突破了传统道路设计主要依托CAD辅助制图技术在多维空间整体表达上的局限性,实现了风电场道路的三维实景信息的完备表达。以两种不同地貌类型的风电场为例,验证了方法的实用性和有效性。

According to the design requirements of intelligent road transport safety of wind turbine equipment, this paper established a comprehensive consideration of wind farm in the central line of the road network planning of complex multidimensional model of terrain environment. On the basis of the design and implementation of the central line of the road, the wind power project cost automatic planning method was constructed. Through analyzed the influence of wind power equipment special features of stroke morphology and structure parameters on the cross section of road width, the wind farm road was designed by means of multi factors constraints. It broke through the limitations of the traditional road design, mainly relied on the overall expression of the CAD aided mapping technology in the multi-dimensional space, and realized the complete expression of the three-dimensional real scene information of the road of the wind farm. Taking Panzhihua wind farm as an example, the practicability and effectiveness of the proposed method were verified.