Phase-shifting Rectifier Transformer for Industrial DC Power Systems
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Transformer Type
Phase-shifting Rectifier
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Application
DC Power Systems
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Key Function
Harmonic Reduction
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Advantage
High Efficiency
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Warranty 1 year
Product Overview
The phase-shifting rectifier transformer is designed to adjust the phase angle in power systems, improve power quality, and reduce harmonics generated by rectifier current.
With compact structure, reliable operation, good voltage stability, and high energy efficiency, this transformer is widely used in DC power supply systems and high-power rectifier equipment.
DHDL phase-shifting rectifier transformers are suitable for metallurgy, electrolysis, renewable energy systems, railway traction, metro power systems, and industrial high-power load applications.
Technical Parameters
| Parameter | Specification | Remark |
|---|---|---|
| Product Type | Phase-shifting Rectifier Transformer | Designed for rectifier power supply systems |
| Phase-shifting Function | Multi-pulse phase-shifting output | Helps reduce rectifier current harmonics |
| Rated Capacity | Customizable | Configured according to rectifier equipment and system load |
| Voltage Level | Customizable | Designed according to project grid and rectifier requirements |
| Rectifier Configuration | Customizable | Suitable for multi-pulse rectifier systems |
| Cooling Method | Customizable | Selected according to load conditions and installation environment |
Note: Final technical parameters can be customized according to rectifier system design, voltage level, rated capacity, phase-shifting angle, cooling method, installation environment, and applicable project standards.
Product Features
Reduced Harmonic Interference
Phase-shifting technology helps suppress harmonics in rectifier current and improve overall power quality.
Improved Power Factor & Efficiency
Optimized design and low-loss materials help improve power factor, reduce electrical losses, and lower operating costs.
Reliable Long-term Operation
High-quality core and winding design help ensure stable performance under demanding industrial operating conditions.
Strong Adaptability
Suitable for complex industrial environments, varying load conditions, and different high-power rectifier systems.
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.
Projets d'énergies renouvelables
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
- Armoires de distribution
- Poste préfabriqué
- Armoires de stockage d'énergie
- Bornes de recharge
Quality Control
- Material inspection
- Winding and assembly control
- Drying and oil treatment process
- Routine testing
- Final inspection before delivery
International Standards
- CEI
- ANSI
- IEEE
- GB
- Project-specific technical requirements
If the system involves rectification, especially multi-pulse rectification, high-power frequency conversion, or harmonic control requirements, a phase-shifting transformer is needed because ordinary transformers cannot solve harmonic problems at the source.
Filters treat harmonics after they are generated, while phase shifting controls harmonics at the source, so the best solution is usually phase shifting combined with limited filtering rather than relying entirely on filters.
The real differences lie in phase-shifting angle accuracy, multi-winding design quality, and whether the manufacturer truly understands your rectifier system.
An unreasonable phase-shifting design may fail to reduce harmonics, lower rectification efficiency, cause system oscillation, and lead to serious overheating.
We match the phase-shifting angle according to your rectifier scheme, optimize the pulse structure, and help reduce the overall system cost.
By sending an inquiry, you can quickly confirm whether a phase-shifting solution is needed, which rectifier pulse configuration is suitable, and whether there are potential harmonic risks.
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