engleski

Automation System for Regulation Optimization in Power Transformer Design

This paper is an extension of work originally presented in the conference Proceedings of the 41st International Convention for Information and Communication Technology, Electronics and Microelectronics (MIPRO 2018). Power transformers generally include a customer request for a technically appropriate regulation unit. The selection process of the regulation unit consists of defining the required input data, performing mathematical calculations necessary to find the technical limit values that the regulation unit has to satisfy, and finally optimizing and selecting the appropriate regulation unit. This paper presents an example of managing a part of a complex system such as power transformer design using a software solution. The process of finding the optimal regulation unit „manually” can take up to several hours. Implementing the developed algorithm and introducing Tap Changer Selection application, the required time is reduced to several minutes. This represents significant time savings and reduced possibility of errors, thus improving the power transformer design process.

Power transformer regulation ; Tap changer selection ; Tap changer database

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