dry-type power transformers
1. Level 1 Energy Efficiency: Less loss, maximum energy savings, maximum energy savings and low long-term operating costs.
2. Ultra-low noise: It operates silently, suitable for hospitals, schools and residential areas.
3. Safety and fire resistance: Oil-free, made of epoxy resin, explosion-proof, environmentally friendly and maintenance-free.
4. Stable and reliable: short circuit resistance, low partial discharge, long service life, suitable for new energy sources and data centers.
1. Product overview
SCB series dry type transformers, manufactured by epoxy resin casting, are energy efficient and high performance products.
The design utilizes ultra-thin 0.23 mm high-permeability silicon steel sheets, a multi-stage stepped-lap core technology, and high-precision vacuum casting. Core losses reach the highest levels in the industry. It is oil-free, fire-resistant, explosion-proof, and environmentally friendly.
2. Basic technical parameters (customizable)
Element |
Standard Parameter / Range |
Notes |
Nominal lifting capacity |
10 kVA-5000 kVA |
10 kVA-5000 kVA |
Connection group |
Dyn11 (default), Yyn0 |
Customizable |
No-load current |
≤1.5% (≥100 kVA) |
Reduction of reactive losses |
Short-circuit impedance |
4%, 6% (customizable) |
3.5%, 5% customizable |
Insulation class |
Class F (standard), class H (optional) |
High heat resistance and aging resistance |
Cooling mode |
AN / AF |
125% of rated load at AF |
Degree of protection |
IP20 (default), IP30/IP40/IP54 |
For dusty, damp, oily places |
3. Areas of application
Luxury civil buildings: LEED-certified shopping centers, Class A office buildings, five-star hotels, residential complexes.
Key infrastructure: hospitals (ICUs/operating rooms), schools, metro, airports, stadiums.
New energy sources: photovoltaic power plants, wind farms, energy storage stations, transformers for charging stations.
High-precision industry: semiconductors, precision instruments, biomedicine, electronics factories.
High-end power grid projects: urban grid reconstruction, power distribution in high-end parks, modernization of outdated systems.
Special scenarios: large data centers, supercomputer centers, compact indoor substations.
