In energy distribution processes, choosing the right transformer is of great importance in terms of efficiency and long life. An incorrectly selected transformer can cause high energy losses and increased costs. Therefore, the most ideal transformer should be preferred by considering the power capacity, voltage level and insulation type suitable for the needs of the enterprises.
When choosing a transformer, the power capacity should be determined first. The model with the most suitable power capacity should be selected by calculating the current and future energy demand in the working area. It is also important that the transformer has low-loss core materials and highly efficient cooling systems to minimize energy losses.
Another critical factor is the ambient conditions. Transformers to be used outdoors must be resistant to humidity, temperature changes and mechanical impacts. For this reason, transformer options suitable for ambient conditions should be evaluated and the most suitable model should be selected and solutions that will provide energy savings in the long term should be preferred.
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