CEEG
Marine transformer solutions

Marine Transformer Solutions

As modern vessels rely on increasingly sophisticated electrical systems — from propulsion and deck machinery to communications, navigation, and onboard amenities — a safe and dependable power supply is essential. CEEG specializes in the R&D and manufacturing of marine transformers, delivering innovative solutions that withstand the harshest offshore conditions and ensure reliable power for global shipping.

Marine Power System Challenges

  • Harsh offshore conditions combine high humidity with heavy salt spray, so equipment sits permanently in a corrosive atmosphere that demands very high waterproofing and anti-corrosion standards.
  • Onboard space is limited and equipment rooms are tightly packed, placing strict requirements on transformer size and installation method.
  • Loads fluctuate significantly as propulsion and deck machinery start and stop frequently, so the transformer needs strong overload capacity.
  • Vibration and impact are continuous while under way, placing high demands on mechanical strength and structural reliability.
Industry Challenges
CEEG Advantages

Core Marine Transformer Technology

Low-loss design: a premium high-permeability silicon steel core with a multi-step lapping manufacturing process keeps no-load losses low for highly efficient operation.

Innovative insulation system: an industry-first high-density Nomex paper insulation system, available with either VPI vacuum impregnation or epoxy casting, meets stringent marine environment requirements.

Marine-specific protection system: fasteners and conductors receive special treatment for three-proof compliance, the housing has built-in waterproof grooves with an IP44 rating, and the compact structure suits confined shipboard spaces.

Three-proof treatment, IP44

Withstands humidity and salt spray

Compact structure for shipboard use

High-permeability silicon steel

Meets onboard space constraints

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Consultation Process

Contact Us
01

Needs Assessment

We discuss project type, capacity, voltage class, application, installation environment, and delivery milestones to define basic requirements.

02

Parameter Confirmation

Load characteristics, energy efficiency class, cooling method, protection requirements, interface conditions, and applicable standards are confirmed as technical inputs.

03

Solution Sign-Off

Product selection, technical solutions, drawings, test requirements, and commercial terms are confirmed to advance contract signing.

04

Production Scheduling

Design, procurement, manufacturing, in-process inspection, and factory testing are organized per the confirmed technical documents to keep delivery on schedule.

05

Shipment and Delivery

Packaging, protection, logistics shipping, and delivery documentation handover are completed, supporting on-site acceptance and equipment positioning.

06

Installation Service

Installation and commissioning, operation guidance, O&M recommendations, and after-sales response support long-term stable equipment operation.