2500KVA Amorphous Transformer
SBH25-M.RL-2500 is a high-efficiency energy-saving transformer that uses amorphous alloy material as its core. This type of transformer is widely used due to its low loss, high efficiency, and environmental protection characteristics.
Technical Parameters
Rated Capacity: 2500 kVA (kilovolt-amperes), indicating the maximum apparent power that the transformer can continuously transmit at the rated voltage.
Frequency: Typically 50 Hz or 60 Hz, depending on the power grid standards of the region where it is used.
Voltage Levels: The specific voltage values for the primary side (high voltage side) and secondary side (low voltage side) need to be determined based on the actual application scenario, but common configurations may include 10 kV / 0.4 kV, etc.
Connection Group: Such as Dyn11, indicating the phase relationship between the primary and secondary windings of a three-phase transformer.
No-load Loss: Very low, thanks to the application of amorphous alloy materials, significantly reduced compared to traditional silicon steel sheet transformers.
Load Loss: Also relatively low, improving overall operational efficiency.
Short Circuit Impedance: Used to limit short circuit current and protect equipment safety.
Noise Level: Due to optimized design, the noise generated during operation is relatively small.
Uses
Power Supply Systems: Suitable for urban distribution networks, especially in places with high energy efficiency requirements and limited space.
Industrial Sector: Widely used in various factories, mines, etc., providing stable and reliable power support.
Commercial Buildings: Such as large shopping malls, office buildings, etc., to meet their electricity needs while reducing energy consumption costs.
Public Facilities: Institutions such as hospitals, schools, etc., can also benefit from this by improving energy efficiency to reduce operating expenses.
New Energy Projects: As the proportion of renewable energy generation continues to increase, these high-efficiency transformers are often used as part of the booster station components for wind farms or solar power plants.
