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Reducing losses in distribution transformer using 2605SA1 amorphous core based on time stepping finite element method

机译:基于时间步进有限元方法,使用2605SA1非晶芯减少分配变压器的损失

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The major challenges of transformer designers are high loss evaluation, high reliability, low cost and weight requirements. So they need advanced techniques and tools that lead to optimum design and product performance improvements. In this paper magnetic fluxes and calculation of losses in three- phase distribution transformer with amorphous core have been studied. The computer-based simulation utilizing the two dimensional finite element methods (2-D FEM) as a tool for visualizing the magnetic flux and calculation of losses in amorphous core transformers. Finite Element Method (FEM) is one among popular numerical methods that is able to handle problem complexity in various forms.
机译:变压器设计师的主要挑战是高损耗评估,可靠性高,成本低,重量要求。因此,它们需要先进的技术和工具,导致最佳设计和产品性能改进。在本文中,研究了与非晶芯的三相分布变压器中的磁通量和计算。利用二维有限元方法(2-D FEM)作为用于可视化磁通量的工具和非晶核心变压器损失计算的基于计算机的仿真。有限元方法(FEM)是流行的数字方法中的一种,能够以各种形式处理问题复杂性。

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