S20-M-400 Oil Immersed Power Transformer: A Model of High Efficiency and Stable Power Supply
2025,06,14
High-performance design, meeting diverse needs
The S20-M-400
Oil Immersed Power Transformer is a star product in the field of power transmission， with its outstanding energy efficiency and stability. Compared to traditional
Distribution Transformers， this model adopts advanced energy-saving technologies， significantly reducing no-load losses and improving operational efficiency. Its design integrates European standards and combines with the compact structure of European Box Transformers， not only saving space but also enhancing safety. The S20-M-400 is also equipped with an intelligent
Switch Cabinet， enabling remote monitoring and automated operations， further improving operational efficiency. Compared to
dry type power transformers， the oil-immersed design is more suitable for high-load and long-term operation
scenarios， ensuring the stability and reliability of power supply.
Energy conservation and environmental protection， promoting green power
The S20-M-400
Oil-Immersed Power Transformer is designed with a focus on energy conservation and environmental protection. Its use of efficient insulation materials and optimized cooling systems not only reduces operating noise but also minimizes energy loss. Especially during high-load operation， its energy-saving effect is more significant， effectively lowering operating costs and reducing carbon emissions， helping to achieve the goal of green power.
High reliability， convenient maintenance
This model transformer adopts advanced manufacturing processes and high-quality insulating oil to ensure high reliability and long lifespan of the equipment. Its oil-immersed design effectively isolates moisture and impurities in the air， protecting internal components and extending the equipment's lifespan. The S20-M-400 is also equipped with a complete monitoring system， capable of real-time monitoring of equipment operation status， early warning of potential faults， and reducing maintenance costs， ensuring the continuity and stability of power supply.
