Vehicle-Mounted Transformer | CEEG Transformer

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CEEG Vehicle-Mounted Transformer

The vehicle-mounted transformer is a core component of mobile substations. It features a compact design and excellent vibration resistance, making it well-suited for frequent start-stop operations and mobile working conditions. It is widely used in temporary power supply systems and emergency power backup applications, ensuring reliable and rapid deployment of electricity in critical situations.

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CEEG Vehicle-Mounted Transformer - Mobile Power Solution for Emergency Disaster Recovery and Temporary Grid Support

CEEG Vehicle-Mounted Transformer - Mobile Power Solution for Emergency Disaster Recovery and Temporary Grid Support

CEEG Vehicle-Mounted Transformer - Mobile Power Solution for Emergency Disaster Recovery and Temporary Grid Support

CEEG Vehicle-Mounted Transformer - Mobile Power Solution for Emergency Disaster Recovery and Temporary Grid Support

CEEG Vehicle-Mounted Transformer - Mobile Power Solution for Emergency Disaster Recovery and Temporary Grid Support

CEEG Vehicle-Mounted Transformer - Mobile Power Solution for Emergency Disaster Recovery and Temporary Grid Support

Scope of application

Emergency Power Supply

Used in emergency power vehicles and mobile substations, with a strong focus on rapid deployment and fast response in critical situations.

Emergency Power Supply

Maintenance Operations

Applied in maintenance service vehicles and on-site power supply systems, emphasizing compact design and excellent vibration resistance for mobile working conditions.

Maintenance Operations

Temporary Power Supply

Suitable for large-scale events, temporary construction sites, and short-term projects, with strong adaptability to frequent start-stop operations and variable load conditions.

Temporary Power Supply

Product Description

Product Description

1 Core Equipment: A key component of mobile substations, ensuring reliable and stable operation.

CEEG Vehicle-Mounted Transformer

2 Long-Term Energized Operation: Supports continuous operation for several months up to 1–2 years, with performance comparable to fixed substations.

CEEG Vehicle-Mounted Transformer

3 Transportation Adaptability: Designed to withstand complex road conditions, ensuring safer and more stable vehicle-based transportation.

CEEG Vehicle-Mounted Transformer

4 Multiple Transfers: Supports repeated lifting and long-distance transportation, making it suitable for leasing and repeated deployment.

CEEG Vehicle-Mounted Transformer

5 Standard Transportation Compatibility: Can be transported by conventional vehicles, simplifying logistics procedures and enabling more flexible dispatch.

CEEG Vehicle-Mounted Transformer

6 High-Standard Replacement Design: Engineered to higher specifications, capable of replacing traditional vehicle-mounted transformer applications.

CEEG Vehicle-Mounted Transformer

Product Features

Low loss

Advanced Efficiency Optimization: Lowers core operating magnetic flux density and reduces winding current density to maximize overall energy savings.
Minimized Structural Losses: Engineered to reduce internal structural losses, ensuring the transformer achieves high-efficiency performance.

Low partial discharge

Advanced Partial Discharge Reduction: Adopts strict dust control measures, a rounded electrode design, and vacuum oil filling technology to effectively minimize partial discharge levels.
Enhanced Insulation Integrity: Combines precise manufacturing environments with optimized component geometry to ensure superior electrical insulation and long-term reliability.

Temporary power supply

Full Substation Functionality: Comes equipped with complete substation capabilities, minimizing the need for extensive auxiliary equipment.
Rapid Deployment: Requires only simple on-site installation and can be quickly put into operation by directly connecting the input and output cables.

Easy transportation

Compact Vehicle-Mounted Design: Features a highly compact structure with an integrated vehicle-mounted design to ensure convenient transportation and flexible usage.
Multi-Scenario Deployment: Engineered for high mobility, allowing for rapid and versatile deployment across a wide range of operational scenarios.

Vibration and impact resistance

High-Vibration Resilience: Features reinforced key components and an anti-loosening structural design to ensure continuous, stable operation under frequent vibration.
Dynamic Motion Stability: Engineered to easily withstand extreme physical stressors, including sudden braking and sharp turning conditions.

Quick connection

Efficient On-Site Connection: Provides standard interfaces and reserved wiring space to enable faster, more streamlined connections.
Streamlined Commissioning: Significantly reduces overall installation and commissioning time, accelerating the path to deployment.

Main Parameters

Rated capacity	Common range is 10 MVA – 63 MVA
Voltage rating	High-voltage side 35kV, 110kV; low-voltage side 6kV, 10kV
Partial discharge	Low partial discharge design ≤10 pC
Temperature rise standard	Oil temperature rise ≤60K, winding temperature rise ≤65K
Noise level	Noise value ≤65 dB

Implementation Standard

Implementation Standard

GB 1094.1-2013 Power Transformers – Part 1: General Requirements

GB 1094.5-2008 Power Transformers – Part 5: Short-Circuit Withstand Capability

GB/T 6451-2015 Technical Specifications and Requirements for Three-Phase Oil-Immersed Power Transformers

DL/T 572-2010 Operation Guidelines for Power Transformers

IEC 60076 系列 International Standards for Power Transformers

Technical Advantages

R&D Cloud Platform

R&D Cloud Platform

An integrated digital platform combining electromagnetic optimization design, parametric modeling, performance analysis, structural optimization, and automatic drawing generation. It enables transformer design resource sharing and efficient data management, including search, modification, and version control.

Simulation Analysis

Simulation Analysis

Comprehensive multi-physics simulation covering fluid flow, thermal field, electric field, leakage magnetic field, transient processes, and short-circuit forces. Each transformer series is optimized through thermal and flow analysis to accurately control winding temperature rise and hotspot distribution, ensuring reliable and stable performance.

Smart Operation & Maintenance Platform

Smart Operation & Maintenance Platform

By collecting key data such as temperature, current, voltage, vibration, and grid harmonics, the system enables real-time power quality analysis and fault alarms. It also supports mobile access for remote monitoring and intelligent O&M management.

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