PRODUCT OVERVIEWS
CEEG’s marine transformer is built with exceptional quality to ensure a safe voyage and high-efficiency energy conversion, delivering strong power to every ocean-going vessel. No matter how rough the seas, the CEEG marine transformer provides stable output and safeguards every moment of the journey.
Performance Characteristics
Triple Protection
The core surface is coated with special resin for moisture, rust, salt spray, and mold resistance.
Low Loss & Low Noise
The core adopts 0.18-0.3 mm thick high-permeability grain-oriented cold-rolled silicon steel sheets, with a reduced-loss through-bolt clamping structure that delivers markedly effective noise reduction.
Vibration Resistant & Insulated
The core adopts 45° fully mitred step-lap joints and a square tube pull-plate structure, while its columns are insulated with binding tape for shock resistance, flame retardancy, and enhanced insulation.
Easy Installation
The cabinet adopts a modular disassembly design, enabling quick and straightforward installation.
Manufacturing Process
3D Design
CEEG's "3D + Parametric" design software enables automated design, cost optimization, simulation, and modeling, fully considering national and industry standards to ensure product design advancement.
High Voltage Winding
High-voltage winding conductor is wound using premium conductor. Reinforced with chopped strand glass fiber mat, it is cast under vacuum using the world-class HEDRICH vacuum casting system. Partial discharge level < 5 pC.
Low-Voltage Winding
Low-voltage winding uses premium strip conductor, wound on an automatic winding machine. The machine employs "wire hydraulic energy-saving tension coiling device" technology, ±0.5mm high-precision detection, and advanced argon arc welding technology.
Core
The core adopts a multi-step through-core positioning structure, ensuring no lateral or longitudinal displacement under various operating conditions.
Testing & Inspection
All products undergo strict testing per relevant standards and customer-specific requirements, including partial discharge, lightning impulse withstand, noise level, and other critical inspections.
PARAMETERS