CAJ | 학술논문

在风电机组运维成本的诸多因素之中，把运维人员、零部件和检修设备方便地运达百米高空成为影响其运维成本的关键技术。针对此问题，设计了一种风电机组自升式攀登平台的关键部件桁架。在平台运动过程中可以自行改变半径，并满足相应的刚度、强度条件。运用Proe进行了桁架的建模，运用Adams软件对该桁架的运动过程中各个部分的受力和位移进行了分析和仿真，仿真结果表明设计符合运动要求。运用Ansys软件对桁架进行分析，分析结果表明设计符合要求。
재풍전궤조운유성본적제다인소지중，파운유인원、령부건화검수설비방편지운체백미고공성위영향기운유성본적관건기술。침대차문제，설계료일충풍전궤조자승식반등평태적관건부건항가。재평태운동과정중가이자행개변반경，병만족상응적강도、강도조건。운용Proe진행료항가적건모，운용Adams연건대해항가적운동과정중각개부분적수력화위이진행료분석화방진，방진결과표명설계부합운동요구。운용Ansys연건대항가진행분석，분석결과표명설계부합요구。
Among the many factors that affect wind turbine maintenance cost,and how to maintenance personnel,spare parts and maintenance equipment easily to reach hundreds of metres,become the bottleneck of affect the cost of opera-tions.Aiming at this problem,design a kind of “wind turbines jack-up climbing platform”. In this paper,the design of the platform key components of truss.The key components in the process of platform movement can change the radius by oneself,and meet the corresponding stiffness and strength conditions. Using proe the truss model,using the Adams software to the truss are analyzed and the simulation, the analysis of each part in the movement process of stress and displacement,the simulation results show that the design can meet the demands of sports. Using ansys software to ana-lyze truss, analysis results show that the design meets the requirements.The design of relevant design provides a good model.