1. It fully meets the requirements of the national mandatory standard "Power Transformer Energy Efficiency Limit Value Testing", and all data are carried out in accordance with national standards.
2. Strong overload capacity, more than 60% overload.
3. Transformer loss is as low as 5%.
4. The temperature rise of the transformer in the overload process conforms to the national standard.
Robust Design: High overload dry-type transformers are built with robust construction and materials to withstand the mechanical and thermal stresses induced by overloads.
Temperature Rise: These transformers are designed to limit temperature rise, even under conditions of prolonged overload, to ensure safe operation and prevent damage to insulation and winding.
Cooling System: They may incorporate efficient cooling systems, such as natural convection or forced-air cooling, to dissipate heat generated during overload conditions and maintain optimal operating temperatures.
Insulation Class: High-quality insulation materials are used to maintain electrical insulation integrity, even when subjected to elevated temperatures during overload conditions.
Overload Capacity: These transformers are engineered with additional capacity beyond their rated capacity to accommodate temporary or intermittent overloads without compromising performance or reliability.
