A transformer design optimisation tool for oil immersed distribution transformers

机译：油浸渍分配变压器的变压器设计优化工具

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摘要

This paper presents a methodology to design hermetically sealed shell type oil immersed distribution transformers with minimum evaluated cost according to the IEC standards. Distribution transformer model and design constraints are implemented as a user friendly software using MATLAB. An objective function for total evaluated cost is optimized subjected to ten constraints according to IEC 60076 in addition to geometrical constraints. A design example on a 630kV A transformer is presented for illustration.

机译：本文提出了一种根据IEC标准设计密封壳式油浸没式分布式变压器的方法。配电变压器模型和设计约束是使用MATLAB的用户友好的软件实现。除了几何约束之外，还优化了总评估成本的客观函数对IEC 60076进行了10个约束。在630kV变压器上的一个设计示例用于插图。

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《Moratuwa Engineering Research Conference》|2015年||共6页
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Amarasinghe R.P.W.S.; Kumara W.G.K.P.; Rajapaksha R.A.K.G.; Rupasinghe R.A.D.K.; Wijayapala W.D.A.S.;
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中图分类输配电工程、电力网及电力系统;
关键词
Cost function; Design optimization; Dielectric losses; Eddy currents; Hysteresis; Impedance; Inductance; MATLAB; Transformer cores; Transformers;

机译：成本函数;设计优化;介电损耗;涡流;滞后;阻抗;电感;MATLAB;变压器核心;变压器;

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专利

1. Guides for operation of transformers, regulators, and reactors: AIEE transformer subcommittee: Guide for loading oil-immersed distribution and power transformers [J] . Electrical Engineering . 1945,第11期

机译：变压器，调节器和电抗器的操作指南：AIEE变压器小组委员会：油浸式配电和电力变压器的装载指南
2. The Design of Transformers on the Best Proportions to Give to Transformer Cores, and the Most Advantageous Distribution of the Wasted Energy, Together with a Direct Method for the Design of Transformers, in Order to Obtain Maximum All-Day Efficiency [J] . Carter Frederick W. American Institute of Electrical Engineers, Transactions of the . 1898,第1期

机译：以最佳比例分配给变压器铁心的变压器设计和最有利的废能源分配，以及直接设计变压器的方法，以获得最大的全天效率
3. Prediction of the oil flow distribution in oil-immersed transformer windings by network modelling and computational fluid dynamics [J] . Weinlader A., Wu W., Tenbohlen S., Electric Power Applications, IET . 2012,第2期

机译：通过网络建模和计算流体力学预测油浸式变压器绕组中的油流分布
4. A transformer design optimisation tool for oil immersed distribution transformers [C] . Amarasinghe R.P.W.S., Kumara W.G.K.P., Rajapaksha R.A.K.G., Moratuwa Engineering Research Conference . 2015

机译：油浸式配电变压器的变压器设计优化工具
5. Thermal modelling of a natural-convection-cooled, oil-immersed distribution transformer. [D] . Marko, Robert Michael. 1997

机译：自然对流冷却，油浸式配电变压器的热模型。
6. Optimization of Ethanol Detection by Automatic Headspace Method for Cellulose Insulation Aging of Oil-immersed Transformers [O] . Hanbo Zheng, Chuansheng Zhang, Yiyi Zhang, 2020

机译：乙醇检测自动通顶空间方法对纤维素绝缘老化乙醇检测
7. Discussion on ``The Regulation of Distributing Transformers'', ``Temperature Gradient in Oil Immersed Transformers'', ``Dissipation of Heat from Self-Cooled, Oil Filled Transformer Tanks'', ``Problems in the Operation of Transformers'', Pittsfield February 15, 1911 [O] . W. S. Moody 1911

机译：讨论“分布式变压器的调节”，“浸入式变压器”，“温度梯度”，“进出自冷，填充变压器坦克的热量耗散”，“变形金刚运行” ，Pittsfield 1911年2月15日
8. Italian experience in distribution transformers optimisation and operation [R] . Cannavale, G. 1995

机译：意大利在配电变压器优化和运营方面的经验

A transformer design optimisation tool for oil immersed distribution transformers

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