3D core VPI transformer

机译：3D核心VPI变压器

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Global trends for electric equipment are energy saving, environmental protection, high reliability and safety. 3D core VPI transformers fit all trends with additional benefits to the end users. Energy saving regulations and standards should reflect the advantage of using less active materials for lower noload losses with lower carbon emission. Dry transformer applications that require high reliability and safety, harmonic mitigation and high overload capability would benefit in adopt 3D core VPI transformers. In the near future, technology evolutions on silicon steel, insulation design and insulation materials will enable 3D core transformers to have even lower noload losses and less active materials than today.

机译：电气设备的全球趋势是节能，环保，高可靠性和安全性。 3D核心VPI变压器可适应所有趋势，并为最终用户带来更多好处。节能法规和标准应体现出使用较少活性材料以降低空载损耗和降低碳排放量的优势。要求高可靠性和安全性，谐波抑制和高过载能力的干式变压器应用将受益于采用3D核心VPI变压器。在不久的将来，硅钢，绝缘设计和绝缘材料的技术发展将使3D铁芯变压器的空载损耗和活性材料的含量甚至低于今天。

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来源
《2017 13th International Electrical Insulation Conference》|2017年|1-4|共4页
会议地点 Birmingham(GB)
作者
K.C. Lee; J.C. Duart; K. Xu;
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作者单位

DuPont Korea, Korea;

DuPont Suisse, Switzerland;

Tritype Electric, China;

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会议组织
原文格式 PDF
正文语种 eng
中图分类
关键词
Transformer cores; Three-dimensional displays; Power transformer insulation; Coils; Standards; Windings;

机译：变压器芯;三维显示器;电力变压器绝缘;线圈;标准;绕组;;
入库时间 2022-08-26 14:04:01

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1. 3D Stray Field Analysis of Transformer Cores Considering DC-bias [J] . Edin MULASALIHOVIC, Helmut PFUTZNER, Patrick ZANOLIN Przeglad Elektrotechniczny . 2011,第9B期

机译：考虑直流偏置的变压器铁心3D杂散场分析
2. 'One of the first companies in India to manufacture Dry type VPI transformers' [J] . Rahul Seth Electrical India . 2012,第1期

机译：“印度最早制造干式VPI变压器的公司之一”
3. Discussion on Â¿Heating in transformer cores due to radial leakage flux. Part 1: Experimental models and test resultsÂ¿, Â¿Heating in transformer cores due to radial leakage flux. Part 2: Computed resultsÂ¿ and Â¿Theory of flux penetration into laminated iron and associated lossesÂ¿ [J] . Electrical Engineers, Proceedings of the Institution of . 1978,第11期

机译：讨论由于径向漏磁通引起的变压器铁芯的发热。第1部分：实验模型和测试结果，由于径向漏磁通，变压器铁芯发热。第2部分：计算结果和通量渗透到叠片铁中的理论及相关损失
4. 3D core VPI transformer [C] . K.C. Lee, J.C. Duart, K. Xu International Electrical Insulation Conference . 2017

机译：3D核心VPI变压器
5. Robust Pose Invariant Face Recognition Using 3D Thin Plate Spline Spatial Transformer Networks [D] . Bhagavatula, Chandrasekhar. 2018

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6. Low-cost Sensors Based on the GMI Effect in Recycled Transformer Cores [O] . Pongsakorn Jantaratana, Chitnarong Sirisathitkul 2008

机译：基于GMI效应的低成本变压器磁芯传感器
7. FEM 2D and 3D design of transformer for core losses computation [O] . Sarac Vasilija 2017

机译：用于铁损计算的FEm 2D和3D变压器设计

3D core VPI transformer

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