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Applying Finite Element Method (FEM) for Solving a Self Cleaning Filtering Battery Module Prototype - Case Study

机译:应用有限元法(FEM)来解决自清洁滤波电池模块原型 - 案例研究

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Nowadays, the importance of the self-cleaning filtering battery is obvious. The system has to answer both to the requirements of industrial users as well as private users. A lot of work was done to improve the existing solutions with a new model which accomplish the needs of the small users. The work was focused on this sector with the view of designing a module with a simply geometry. The virtual static check which was realized by using the finite element method, proved that the prototype of the module can support 5 bar pressure without problems. The maximum deformation was around 1,4 mm and was noticed on the bottom place. The repeating of the verification with the use of finite element method, for the cylindrical body a confirmed that this new geometry supported very well the pressure effect. The next year will mark the startup for its production.
机译:如今,自清洁滤波电池的重要性是显而易见的。该系统必须回答工业用户的要求以及私人用户。完成了许多工作来改进现有解决方案,并使用新的模型实现小型用户的需求。这项工作是专注于这个扇区,观点是使用简单的几何设计模块。通过使用有限元方法实现的虚拟静态检查证明了模块的原型可以在没有问题的情况下支持5巴压力。最大变形约为1,4毫米,并在底部地点被注意到。使用有限元方法的验证重复验证,对于圆柱体A证实,这种新的几何形状支持非常好的压力效应。明年将标志着其生产的启动。

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