风电仿真分析


与试验紧密结合,相互印证,共同发展

Related to the test closely,  mutually development and verification  with test




       爱邦电磁采用有限元数值仿真,利用全球顶尖仿真平台COMSOL Multiphysics,帮助开发人员更快、更有效、更精确地优化产品。同时采用精确的多物理场模型,综合考虑电磁场分布、电磁感应、电磁热、电磁力等物理效应。依托实验室拥有的各类试验的数据库,积累了大量仿真与试验数据与经验对比分析,仿真结果可信度更高。
       AB-EM uses COMSOL Multiphysics, which is the top global finite element simulation platform, to help developers optimize design more quickly, more effectively and more accurately. The accurate concurrent multi-physical field model will take into account the electromagnetic field distribution, electromagnetic induction, electromagnetic heat, electromagnetic force and other physical effects. The simulation results is more reliable because the large number of simulation data had been accumulated and the data between simulation and test had been cross-over analyzed based on many kinds of tests database accumulated by the laboratory.


仿真项目
SIMULATION ITEMS


① 风机叶片雷电防护仿真
② 风机机舱雷电防护仿真
③ 风机关键部件的雷电仿真
④ 风场雷击情况仿真
1. Lightning protection simulation of wind turbine blade
2. Lightning protection simulation of wind turbine engine room
3. Lightning protection simulation of key components of the wind turbine
4. Simulation of lightning strike in wind field

仿真案例
SIMULATION CASES

       目前,已为多款风机叶片及机组雷电防护系统提供仿真服务,可发现潜在风险,优化并改进设计。范围涵盖:
① 传统叶片雷电防护仿真设计;
② 碳纤维/加热除冰叶片雷电防护仿真设计;
③ 机舱和轮毂雷电与电磁环境仿真;
       At present, AB-EM has provided the simulation service for the lightning protection systems of several blades and wind turbines, which can identify potential risks, optimize and improve the design. Scope:
① lightning protection simulation design of traditional blade; 
② lightning protection simulation design of carbon fiber/heated deicing blade; 
③ lightning and electromagnetic environment simulation of engine room and hub; 
④ simulation of key lightning current path and the wind turbine in working condition.







 

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