Amorphous Alloy Dry-Type Transformer
With an amorphous alloy core and dry-type construction, no-load loss is significantly lower than conventional silicon steel transformers; compact and low in noise, it meets high energy efficiency and environmental requirements—an optimal choice for loss-reduction and energy-saving upgrades.
Product Introduction
Key Specifications
Rated Capacity
10 kVA ~ 5000 kVA
Rated Input Voltage
10 kV, 35 kV, 110 kV
Rated Output Voltage
400 V, 230 V
No-Load Loss Reduction
70%~80%
No-Load Current Reduction
About 85%
Load loss
0.1% ~ 1.2%
Applications
Urban power distribution
Energy-saving retrofits for public building distribution rooms and aging substations, reducing no-load loss
Industrial parks
Long-term operation with light-load fluctuations, focusing on energy efficiency and noise
Renewable energy distribution
Terminal power distribution for solar and wind power, emphasizing energy savings and environmental protection
Product Overview
- Amorphous alloy core strip: lower hysteresis loss and no-load current for higher energy efficiency
- Compared with silicon steel sheets: no-load loss can be reduced by approximately 60%–80%, better suited to distribution scenarios with high energy-saving requirements
- Versus conventional dry-type: superior energy savings, temperature rise control, and noise performance for long-term operation needs
- Low maintenance: low losses and low temperature rise deliver longer service life and a lower O&M burden for better long-term returns
- Eco-friendly and safe: meets environmental and flame-retardant requirements with lower operating noise, ideal for sites with stringent environmental and safety demands
Product Features
Low Energy Consumption
Reduces energy losses and improves power utilization efficiency, helping lower overall energy consumption and save costs.
Long Service Life
Lower operating temperatures slow insulation aging, significantly extending transformer service life and reducing maintenance and replacement costs.
Flame retardant and fireproof
High heat resistance and flame retardance with no harmful emissions ensure a safe, eco-friendly operating environment.
High Strength
Strong mechanical strength and good short-circuit withstand capability ensure stable transformer operation even under extreme conditions.
Considerable benefits
High efficiency, energy savings, and low maintenance costs help users achieve a rapid return on investment and greater long-term economic benefits.
Low Noise
Low magnetostriction and low vibration for quieter operation, ideal for noise-sensitive settings such as residential areas, hospitals, and schools
Standards and certifications
IEC 60076 series
Applicable to all types of power transformers
GB/T 1094 series
Chinese Power Transformer Standards
GB/T 18655
Specifies the special requirements for amorphous alloy transformers
GB 4208
Specifies the enclosure protection rating of transformers
GB/T 2820
Limiting Transformer Noise Emissions
Technical Advantages
R&D cloud platform
Integrates electromagnetic optimization design, parametric drawing, performance analysis, structural optimization, and automatic drawing output for transformers, enabling shared transformer design resources and search, modification, and version control of all kinds of data.
Simulation Analysis
Flow field, temperature field, electric field, leakage magnetic field, wave process, and short-circuit force. The R&D and design of every product series are verified through flow field and temperature field simulation analysis to determine the winding average temperature rise and hot-spot temperature, ensuring product performance.
Smart O&M platform
By collecting key data such as transformer temperature, current, voltage, vibration, and grid harmonics, it enables online power quality analysis and fault alarms, and can be installed on mobile phones.
