Key Technological Innovations:

1. Amorphous Alloy Core: The core utilizes amorphous alloy, a novel magnetic material with exceptional permeability. Produced via rapid quenching technology, its atomic structure exhibits a non-crystalline arrangement, enabling easier magnetization and demagnetization compared to silicon steel. This results in lower losses and reduced noise. The alloy is formed into ultrathin strips (0.02–0.06 mm) through a simplified manufacturing process that eliminates 6–8 production steps and reduces energy consumption by approximately 80% compared to conventional silicon steel processing.

2. Ultra-Low No-Load Loss: No-load losses are reduced to just one-fourth of S9-type transformers and one-third of S11-type transformers, positioning it as a new generation of energy-saving products.

3. High No-Load Power Factor: The no-load power factor is over 8 times higher than that of silicon steel core transformers.

4. Voltage-Independent Core Loss: The core loss of amorphous alloy transformers remains stable regardless of voltage fluctuations, unlike silicon steel core transformers whose core losses vary with the square of the voltage.

5. Stable Operation: With minimal losses, low heat generation, and reduced temperature rise, these transformers demonstrate exceptional operational stability.

6. Fully Sealed Tank: The sealed design isolates transformer oil from air, slowing oil aging and extending service life.

Applications
Ideal for residential electricity distribution in rural, suburban, and urban areas. Even in industrial settings with three-shift operations and load rates of 50%–80%, selecting an appropriately sized amorphous alloy transformer can meet investment payback period requirements.

Technical Specifications

• Model: SH15-M-30–2500/6–10

• No-Load Loss: 70% lower than the standard values specified in GB/T 6451

• Compliance Standard: GB/T 25446-2010 Technical Parameters for Oil-Immersed Amorphous Alloy Core Distribution Transformers