800KVA Amorphous Core Transformer
SBH25-M.RL-800 is a high-efficiency energy-saving transformer that uses amorphous alloy material as its core. Due to the special microstructure of amorphous alloys, this type of transformer has very low hysteresis loss and eddy current loss, thus significantly improving efficiency and reducing operating costs. Such transformers are typically used in applications that require high efficiency and low energy consumption.
Technical Parameters:
Rated Capacity: 800 kVA (This refers to the maximum power that the transformer can continuously transmit.)
Voltage Level: Specific values for the primary (input side) and secondary (output side) voltages, such as 10/0.4 kV, depending on the actual application needs.
Frequency: Usually 50 Hz or 60 Hz, suitable for different national and regional grid standards.
No-load Loss: Represents the amount of energy consumed by the transformer when there is no load.
Load Loss: The energy consumed by the transformer when operating at full load.
Short-circuit Impedance: Reflects the degree of electrical isolation between the internal windings of the transformer and its performance during a short circuit fault.
Cooling Method: May be natural air cooling (AN) or forced air cooling (AF), depending on the design.
Noise Level: The sound generated during operation, measured in dB(A).
Applications:
Industrial Power Supply: Suitable for various industrial sites, such as factories, mines, etc., to provide stable and reliable power supply.
Commercial Buildings: Used in large public facilities like shopping malls, office buildings, to meet higher energy efficiency requirements.
Residential Communities: To supply power to residential areas, especially in places with higher environmental protection requirements.
New Energy Power Generation Systems: Used as a booster or step-down device in renewable energy power stations, such as solar or wind power plants.
Other Special Application Scenarios: Anywhere that requires high efficiency and energy saving and has a lower sensitivity to electromagnetic interference can consider using this type of transformer.
