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Manufacturing process and materials: The manufacturing process of a transformer and the materials used have a great impact on its lifespan. Materials and strict manufacturing processes can ensure the stable operation of the transformer for a long time.
Operating environment: The environment in which the transformer is located also has a great impact on its lifespan. For example, excessive temperature, excessive humidity, excessive dust and dirt, etc., will accelerate the aging of the transformer and shorten its life.
Health: The health of a transformer can also have an impact on its lifespan. For example, overload operation, frequent start-ups, and large voltage fluctuations can all increase the burden on the transformer and accelerate its aging.
Maintenance and upkeep: Regular maintenance and upkeep of the transformer can extend its life. For example, regular cleaning of dust and dirt, checking the integrity of individual components, and regular oil changes can all help keep the transformer in good condition.
Design and installation: Whether the design of the transformer is reasonable and whether the installation location is suitable will also affect its life. For example, unreasonable design may lead to problems such as uneven heat distribution and local overheating during the operation of the transformer, which will affect its life.
Quality: The lifespan of transformers of different qualities also varies greatly.
Overall, in order to extend the life of a transformer, there are many aspects that need to be considered, including manufacturing process and materials, operating environment, operating conditions, maintenance and upkeep, design and installation, and quality.
