SCBH15 Amorphous Alloy Dry-Type Transformer | Ultra-Low Loss & Energy Saving Solution

The SCBH15 amorphous alloy dry-type transformer is an advanced energy-efficient solution designed for modern power distribution systems. It utilizes amorphous alloy core technology, a special metal formed through rapid solidification at extremely high cooling rates. This process creates a non-crystalline atomic structure similar to glass, resulting in superior soft magnetic properties and significantly reduced core losses.

Compared with traditional silicon steel core transformers, the amorphous alloy core features a highly disordered atomic arrangement, which minimizes hysteresis loss. The hysteresis loop area is much smaller than that of cold-rolled silicon steel, enabling core losses to be reduced by up to 70%. This makes the SCBH15 transformer an ideal choice for energy-saving applications and long-term cost reduction.

Due to its ultra-low loss characteristics, the transformer generates less heat during operation, ensuring a lower temperature rise and more stable performance. This not only improves operational reliability but also extends insulation life and reduces maintenance requirements.

Standards Compliance

The SCBH15 amorphous alloy dry-type transformer is designed and manufactured in accordance with international standards to ensure safety, durability, and performance:

IEC 60076-11: Power transformers – Part 11: Dry-type transformers
IEC 60529: Degrees of protection provided by enclosures (IP Code)

Key Advantages

The transformer offers ultra-low no-load loss, significantly improving overall energy efficiency and reducing operating costs in power distribution systems. Its advanced amorphous alloy material reduces electricity consumption during both manufacturing and operation, contributing to lower carbon emissions and environmental protection.

With reduced heat generation, the transformer operates at lower temperatures, slowing insulation aging and extending service life. This results in improved reliability and reduced lifecycle costs for industrial and commercial applications.

The SCBH15 transformer features high mechanical strength and excellent short-circuit resistance, ensuring stable operation under demanding conditions. Its strong overload capacity allows for flexible use in systems with fluctuating loads.

Even under high-frequency magnetic flux conditions, the amorphous alloy core maintains low iron loss and low excitation current without core saturation. This provides excellent harmonic resistance, making it suitable for applications with nonlinear loads.

Thanks to its energy-saving performance, the transformer enables fast return on investment by reducing electricity losses and operational expenses over time.

Normal Service Conditions

The transformer is designed to operate efficiently under the following environmental conditions:

Installation altitude: Not exceeding 1000 meters above sea level
Maximum ambient temperature: +40°C
Maximum daily average temperature: +20°C
Minimum outdoor ambient temperature: -25°C

Dry-Type Transformer FAQ

What certifications do your transformers have?
Our transformers are certified with CE, ISO, and full factory test reports to meet international standards.

What capacity range do you offer?
We supply transformers ranging from 50 kVA to 20,000 kVA, with full customization available based on voltage levels and project requirements.

What is the warranty period?
A standard 12-month warranty is provided, covering manufacturing defects and performance assurance.

What is the delivery time?
Production typically takes 15–25 days after receipt of advance payment. Shipping time depends on destination and logistics method.

Which markets do you serve?
We export to over 60 countries worldwide, including Southeast Asia, the Middle East, South America, Africa, and the Americas, supporting global power distribution projects.

Applications

The SCBH15 amorphous alloy dry-type transformer is widely used in industrial plants, commercial buildings, renewable energy systems, data centers, transportation infrastructure, and urban power grids where high efficiency, environmental protection, and operational reliability are required.