三相ONAN冷却系统变压器CAD

Robert-Constantin Dragomir, I. Deaconu, A. Chirilă, A. Deaconu, V. Năvrăpescu
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引用次数: 3

摘要

本文介绍了一种利用MATLAB编程环境对三相电力变压器进行计算机辅助设计的方法。所考虑的变压器为油-自然-空气-自然冷却系统型。在设计过程中,仅仅改变一个变量的值就意味着重新计算一切。这样的操作是耗时的,但这个缺点可以通过完全自动化的设计过程来克服,例如使用MATLAB。开发的程序以脚本格式编写,因此可以很容易地修改以适应变压器的强制参数。对变压器的设计算法进行了优化。因此,它有十个步骤和九个验证检查点。它也可以作为一种教育模式。验证被实现到代码中,并且是必需的,因为从第一次尝试开始就没有设计转换器的可靠方法。在设计过程中,需要改变各种值。因此,只有当所有九个验证都得到满足时,才能得出变压器设计良好的结论。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
CAD for three phase ONAN cooling system transformers
This paper presents a Computer-Aided Design method for a three phase power transformer using MATLAB programming environment. The considered transformer is Oil Natural Air Natural cooling system type. During the designing by changing the value of just one single variable implies to recalculate everything. Such operation is time consuming but this drawback can be overcome by fully automating the design procedure, for example using MATLAB. The developed program is written in script format so that it can be easily modified to fit the imposed parameters of the transformer. The designing algorithm of the transformer has been optimized. Thus, it has ten steps with nine validation checkpoints. It may also be used as an educational model. The validations are implemented into the code and are required because there is no sure-fire method for designing a transformer from the first attempt. During the design it is necessary to change various values. Thus, only when all nine verifications are satisfied one may conclude that the transformer is well designed.
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