AMORPHOUS
TRANSFORMER
AMORPHOUS
TRANSFORMER
Amorphous Metal Distribution Transformer (AMDT)
It is a high-efficiency transformer that uses an amorphous metal core for magnetic induction instead of the conventional silicon steel core. When used in transformers, amorphous metal cores possess very low core losses, reducing no-load losses by approximately 70–75% compared to silicon steel cores. This improves energy efficiency, lowers electricity costs, and indirectly helps reduce CO₂ emissions and mitigate global warming thanks to decreased electricity consumption. Moreover, when applied to electricity generated from renewable energy sources such as solar or wind power, it can increase the amount of energy sold.
Very Low, No-Load Loss
Improve Energy Efficiency
Amorphous transformers can reduce no-load loss by 70%–75% compared to silicon steel transformers.
Environment Protection
Lower losses reduce power generation needs and help mitigate global warming.
Short Circuit Withstand Test
Certified by KEMA
Low Noise
Amorphous transformers are 4–5 dB quieter than silicon-steel transformers.
Cost Saving
Saving money from reduced energy loss.
Amorphous Transformer Characteristics
Amorphous transformers differ from conventional transformers by using a Metglas amorphous alloy core, which is non-crystalline, unlike silicon steel with a crystalline structure. This reduces hysteresis loss. The thin sheets (0.025 mm) produced by rapid casting also minimize eddy current loss, resulting in very low no-load losses.
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