Product Overview

PC2800(2200)-33(3)/520 Gooseneck Panel Radiator for High-Voltage Transformers

The Tengqi Technology PC2800(2200)-33(3)/520 panel radiator is designed for 110 kV and 220 kV large-capacity oil-immersed transformers. Combining long and short panels with detachable flanged connections, it helps balance heat dissipation area, accessory layout, and on-site maintenance requirements in outdoor substations and similar projects. Suitability for each application must be confirmed through thermal calculations and a review of project-specific conditions.

Brand
Tengqi Technology
Design
Gooseneck configuration with combined long and short panels and detachable flanged connections
Model
PC2800(2200)-33(3)/520
Compatible Equipment
110 kV and 220 kV large-capacity oil-immersed power transformers
Product Type
Gooseneck Panel Radiator Detachable Flanged Radiator
Applications
Main Transformers at Grid Hub Substations Transformers at Renewable Energy Step-Up Substations Main Transformers at Industrial Captive Power Plants
Target Customers
Transformer Manufacturers Power Project EPC Contractors
Key Capabilities
Clearance for External Accessories Natural Cooling Heat Dissipation On-Site Installation, Removal, and Maintenance

Product Highlights

Combined Long and Short Panels
Detachable Flanged Design
Natural Cooling System Compatibility
Protective Coating for Outdoor Use

Product Parameters

Center Distance
Long Plate 2800mm, Short Plate 2200mm
Number of Plates
33+3
Plate Width
520
Weight
932kg
Self-cooling Heat Dissipation Area
51.68㎡
Oil Weight
274.5kg
Coating
Paint B05
Total Film Thickness
125μm

Product Details

Product Details

110 kV / 220 kV Oil-Immersed Transformer Cooling Solution

PC2800(2200)-33(3)/520 Gooseneck Panel Radiator

The PC2800(2200)-33(3)/520 gooseneck panel radiator from TengQi Technology (TQT) is designed for cooling applications in large-capacity 110 kV and 220 kV oil-immersed power transformers. It combines 2800 mm long panels and 2200 mm short panels to provide natural-cooling heat dissipation area while reserving installation space for bushings, piping and other external accessories.

This product is a heat-dissipation component within a transformer cooling system, not a standalone cooling system. Structural compatibility and cooling performance must be confirmed according to the specific transformer design and operating conditions.

Key Features

  • Product Type: Gooseneck detachable panel radiator
  • Compatible Equipment: 110 kV and 220 kV oil-immersed power transformers
  • Panel Configuration: 2800 mm long panels / 2200 mm short panels
  • Natural-Cooling Heat Dissipation Area: 51.68 m²
  • Connection Type: Detachable flanged connection

Designed for Large Power Transformer Layout and Maintenance

Radiator layout for large oil-immersed transformers must meet thermal performance requirements while coordinating with bushings, oil piping, valve assemblies and peripheral accessories. With its long-and-short panel arrangement, detachable connections and outdoor protection configuration, the PC2800(2200)-33(3)/520 addresses practical requirements for space coordination and maintenance of large main power transformers.

Long-and-Short Panel Configuration

The differentiated panel arrangement helps coordinate heat-dissipation area with the positioning of external accessories, reducing structural interference in compact installations. This model provides a natural-cooling heat dissipation area of 51.68 m²; however, this figure alone cannot determine cooling capacity or temperature-rise performance.

Detachable Flanged Connection

The detachable design supports separate radiator transport, on-site installation and subsequent maintenance, facilitating lifting and service planning for large equipment. Interface, sealing and installation requirements shall be subject to project drawings and technical agreements.

Outdoor Corrosion Protection

The product features an all-welded panel assembly and a protective coating suitable for C3 corrosivity category environments. For coastal, high-salinity or other higher-corrosivity environments, the coating system must be confirmed separately.

Applications and Selection Considerations

This model can be used for large-capacity oil-immersed transformers in regional hub substations, renewable energy step-up substations, industrial captive power plants and heavy industrial or mining projects. Suitability for other specialized oil-immersed transformers requires further assessment of thermal requirements, interface conditions and installation structure.

Transformer losses, target temperature rise, oil circuit design, installation clearances and ambient temperature should all be verified during product selection. TengQi Technology can support product selection, structural coordination, manufacturing and quality verification based on project requirements. Final configuration and application scope shall be subject to the technical documents confirmed by both parties.

Regional Hub Substations

Suitable for large-capacity oil-immersed transformer projects where the space around the main transformer must coordinate the layout of bushings, oil piping and radiators.

Renewable Energy Step-Up Substations

Applicable to cooling systems for step-up transformers at renewable energy sites, subject to verification of ambient temperature, windblown sand, humidity and corrosion-protection requirements.

Industrial Captive Power Plants

Designed for transformer applications in captive power stations for large industrial and mining enterprises, balancing radiator layout, equipment maintainability and outdoor installation conditions.

Specialized Industrial Transformers

For industrial transformers such as rectifier and traction transformers, application may be evaluated after thermal performance and interface compatibility have been confirmed for the relevant voltage class and cooling requirements.

Jiangsu Tengqi Electric Power Technology Co., Ltd.

Company Profile

6,500 Tons
Monthly Production Capacity
10+
Production Lines
20+
Years of Industry Experience
56,000 m²
Manufacturing Area

Manufacturing & Delivery Capabilities

Engineering Customization
Radiator selection and custom non-standard designs based on transformer specifications, installation dimensions, and operating conditions.
Smart Manufacturing System
Core manufacturing processes include laser cutting, automated welding, surface treatment, and automated coating.
End-to-End Quality Control
Multi-stage inspection covering leak testing, dimensions, welding, and coatings, with third-party inspection support available.
Global Project Delivery
Technical and delivery support for global OEMs, EPC contractors, power grids, and renewable energy projects.
ENGINEERING & MANUFACTURING

Need Radiator Selection or Custom Engineering Support?

Share your transformer parameters, cooling requirements or project conditions. TQT's engineering team will support product selection and customized solutions.

TQT Engineering SupportGlobal Supply · Custom Manufacturing · Technical Support