China Suppliers Industrial-Grade 3D Triangular Rolled Core Transformer Factory for Efficient Power Supply Systems

This 3D triangular wound core transformer is engineered with an innovative stereo core structure, providing outstanding energy efficiency and ultra-low power loss—essential for optimizing power distribution systems. Manufactured in China with top-quality magnetic materials, this transformer guarantees stable voltage output, reduced operational noise, and exceptional durability, making it perfect for industrial workshops, commercial buildings, and residential communities. Its compact design maximizes installation space, while eco-friendly production aligns with green energy standards. As a leading supplier from a reliable factory, we ensure this transformer is ideal for efficient power transmission in various low-to-medium voltage applications

Product Description

S13 and S11 Product Specification

Rated capacity KVA Voltage combination and tap range Connection group symbol No-load loss No-load current Load loss Short-circuit impedance %
High pressure KV Tapping range % Low pressure KV S13 S11
30 6 / 6.3 / 10 / 10.5 / 11 ±5 0.4 Dyn11 Yzn11 Yyn0 80 100 0.30 630/600 4.0
501001300.24910/870
801301800.221310/1250
1001502000.211580/1500
1602002800.192310/2200
2502904000.173200/3050
630Dyn11 Yyn05708100.1562004.5
100083011500.1410300
125097013600.1312000
1600117016400.1214500

Detail Display

Detail display

Applications of 3D Triangular Wound Core Transformer

🏘️ Power Distribution Networks

Integrated into urban and rural medium/low-voltage power grids, it efficiently steps down high-voltage electricity for residential communities with ultra-low energy loss.

🏭 Industrial Facilities

Deployed in manufacturing workshops and industrial parks, providing reliable voltage regulation to support continuous operation of production equipment.

🏢 Commercial Buildings

Used in shopping malls and office towers for HVAC systems, elevators, and lighting, with a low-noise design suited for public environments.

☀️ Renewable Energy Systems

Paired with solar or wind power plants to convert unstable energy output into grid-compatible electricity smoothly.

Product Display

3D wound core transformer
Industrial-Grade 2
Industrial-Grade 3
Industrial-Grade 4
Industrial-Grade 5
Industrial-Grade 6

Advantages

🌀 1. Optimization of Magnetic Circuit
  • Uniform distribution of the magnetic circuit with no high resistance areas.
  • Magnetic flux direction is completely consistent with silicon steel sheet orientation.
  • Shortest and completely symmetrical three-phase magnetic circuit.
📉 2. Low Loss, Energy Savings Remarkable
  • Iron loss reduced by 10–20% compared to laminated cores.
  • No-load loss is 25–35% lower than national standards.
  • High-temperature nitrogen vacuum annealing eliminates mechanical stress.
🔇 3. Low Noise
  • Continuous tightly rolling silicon steel strip creates a seamless core.
  • Eliminates seams that typically produce noise in laminated designs.
  • Symmetrical magnetic circuit design greatly reduces overall product vibration.
💪 4. High Overload Ability
  • Minimal heat generation due to very small no-load current.
  • Delta-shaped coil structure creates natural "chimney" ventilation for cooling.
📐 5. Compact Structure
  • Footprint is 10–15% less than traditional products.
  • Body height reduced by 10–20%, saving installation space in substation boxes.
🔒 6. Anti-Theft
  • Integrated copper coil winding onto the iron core makes removal extremely difficult without professional equipment.

Frequently Asked Questions

Q: What is the difference between S13 and S11 transformers?
The S13 transformer features significantly lower no-load losses. For a 30 KVA unit, the S13 loss is 80W compared to 100W for S11, making it more cost-effective for long-term energy savings.
Q: What voltage combinations are available?
It supports high-voltage inputs of 6kV, 6.3kV, 10kV, 10.5kV, and 11kV with a ±5% tapping range, and a standard low-voltage output of 0.4kV.
Q: How much energy can a 3D wound core transformer save?
It reduces no-load loss by 25–35% compared to national standards and can reduce the maximum no-load current by up to 92% compared to traditional laminated designs.
Q: Is it suitable for renewable energy applications?
Yes, it is ideal for solar PV and wind power plants, as it efficiently converts unstable energy outputs into grid-compatible electricity.
Q: Why does it produce less noise?
The seamless, jointless construction of the 3D wound core eliminates the electromagnetic vibration and leakage flux commonly found in traditional laminated cores.
Q: What rated capacities are available?
We offer a range from 30 KVA up to 1600 KVA, covering all standard industrial and residential requirements.

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