Electric Furnace Transformer for Steel & Metallurgy
|
Rated Capacity
18000kVA
|
Voltage Ratio
110kV / 175–305V
|
|
Cooling Method
OFAF
|
Application
Steel & Metallurgy
|
Warranty 1 year
Product Overview
The electric furnace transformer is a special transformer designed for electric furnace equipment, mainly supplying stable power for electric arc furnaces, ladle refining furnaces, and other metallurgical smelting systems.
This product features high-current output, wide voltage regulation range, strong impact current resistance, and reliable operation under high-load and frequently changing working conditions.
DHDL electric furnace transformers are widely used in steel smelting, metallurgy, non-ferrous metal smelting, and heavy industrial power systems where stable high-current power supply is required.
Technical Specifications
| Item | Specification |
|---|---|
| Product Type | Electric Furnace Transformer |
| Product Model | HSPSZ-18000/110 |
| Rated Capacity | 18000kVA |
| Voltage Ratio | Main Transformer: 110000 / 175–305V; Compensation Transformer: 11608.3–20231.7 / 175–305V |
| Cooling Method | OFAF |
| Application | Steel smelting, metallurgy, electric arc furnace, refining furnace, and non-ferrous metal smelting |
Technical Parameters
| Parameter | Unit | Value |
|---|---|---|
| Product Model | – | HSPSZ-18000/110 |
| Rated Capacity | kVA | 18000 |
| Rated Voltage Ratio | V | Main Transformer: 110000 / 175–305; Compensation Transformer: 11608.3–20231.7 / 175–305 |
| Short-circuit Impedance | % | ≤6% for main transformer |
| Rated Frequency | Hz | 50 |
| Connection Symbol | – | Main Transformer: single phase Ii0, three phase Dd0; Compensation Transformer: single phase Ii0, three phase Yd11 |
| Insulation Level | kV | Main Transformer: LI480AC200 / AC45 / AC5; Compensation Transformer HV: LI200AC85 |
| Cooling Method | – | OFAF |
| Temperature Rise Limit | K | Top oil: 50; Average winding: 65 |
| Noise Level | dB(A) | ≤65 |
Note: Final technical parameters can be customized according to furnace type, smelting process, voltage regulation requirements, installation environment, and applicable project standards.
Product Features
High-current Output Capability
Designed to provide high-current output for electric furnace smelting systems and high-power metallurgical processes.
Wide Voltage Regulation Range
Supports multi-level voltage regulation to meet different furnace operating stages and smelting process requirements.
Strong Impact Resistance
The optimized structure helps withstand impact current and frequent load fluctuations during electric furnace operation.
Reliable Operation & Efficient Cooling
High-quality materials, an oil-immersed structure, and OFAF cooling support stable long-term operation under heavy-load and high-temperature conditions.
Factory Test Items
| Test Item | Test Type |
|---|---|
| Insulation Resistance Test | Routine Test |
| Winding DC Resistance Test | Routine Test |
| Voltage Ratio Test | Routine Test |
| Vector Group Test | Routine Test |
| No-load Loss and No-load Current Test | Routine Test |
| Load Loss and Impedance Voltage Test | Routine Test |
| Power Frequency Withstand Voltage Test | Routine Test |
| Induced Withstand Voltage Test | Routine Test |
| Sealing Test | Routine Test |
| Transformer Oil Test | Routine Test |
| Appearance and Nameplate Inspection | Routine Test |
| Packing Inspection Before Shipment | Routine Test |
Applications
Utility Distribution Networks
Reliable transformer solutions for urban and rural power distribution systems, helping ensure stable voltage conversion and continuous power supply.
Industrial Facilities
Suitable for factories, workshops, production lines, mining sites, and industrial power systems that require long-term stable operation.
Renewable Energy Projects
Applied in solar power plants, wind farms, energy storage stations, and microgrid systems for power conversion and distribution.
AI Data Center Power Infrastructure
Suitable for data center campus substations, medium-voltage power intake systems, and reliable power distribution infrastructure supporting high-density computing loads.
Why Choose DHDL Transformer
DHDL provides reliable transformer manufacturing, strict quality control, and project-based technical support for power distribution, industrial, commercial, and renewable energy applications.
Manufacturing Capability
- Transformers
- Distribution Cabinets
- Prefabricated Substation
- Energy Storage Cabinets
- Charging Piles
Quality Control
- Material inspection
- Winding and assembly control
- Drying and oil treatment process
- Routine testing
- Final inspection before delivery
International Standards
- IEC
- ANSI
- IEEE
- GB
- Project-specific technical requirements
An electric furnace requires a dedicated transformer because it has extreme current fluctuations, frequent impact loads, and long-term high-load operation that ordinary transformers cannot withstand.
Incorrect transformer selection can cause unstable furnace temperature, lower smelting efficiency, frequent transformer failures, shutdown maintenance, and long-term costs far higher than the initial equipment price difference.
The price difference mainly depends on whether the transformer is designed for arc impact, whether the low-voltage winding structure is strong enough, and whether it supports real electric furnace operating conditions.
Yes, electric furnaces are strong fluctuating loads, and ordinary transformers may suffer from excessive temperature rise and accelerated insulation aging without anti-fluctuation design.
Yes, our electric furnace transformers help improve production efficiency by making the arc more stable, increasing heating efficiency, and reducing downtime.
Instead of only selling transformer parameters, we design equipment according to actual electric furnace operating conditions to improve operating stability and reduce overall smelting costs.
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