How to improve the performance advantages of dry-type transformers

Dry-type transformers are commonly used power transmission equipment in my country. The length of its operation and use time is closely related to the manufacturing process of the product. With the elimination of high-loss equipment in my country's power transportation system, high-performance transformer applications are needed. In terms of engineering construction, we ensure that the loss of equipment is reduced during product use. We will understand what aspects will affect the performance of the transformer through the following points.

How to improve the performance advantages of dry-type transformers

1. Selection of insulation winding materials for dry-type transformers. For this type of transformer, since it is in direct contact with the outside air, it needs to be placed in a relatively dry environment. Controlling a reasonable temperature range can avoid the occurrence of power accidents, because the winding It can well avoid damage caused by temperature changes and prevent the overall operation of the equipment from unexpected situations.

Second, the selection of the transformer shell. Since the transformer is likely to be placed in the external environment, attention should be paid to the direct and material selection of the protective shell to avoid small animals from drilling in, causing short circuit problems in the equipment, and keeping away from operational safety accidents.

Third, pay attention to the selection of new materials, the manufacturing process of the iron core or windings, and the introduction of new materials and processes to achieve maximum performance display of dry-type transformers in product applications.

For dry-type transformers, ensure the introduction of product production technology, pay attention to the selection of production materials, and pay attention to correct operating procedures to achieve high efficiency in the application of transformers in electric transportation systems.