Electric Mooring Winch – Marine Solution Guide 2025

Marine Insight: Electric Mooring Winch

Marine Industry Demand for Electric Mooring Winches: Ensuring Vessel Safety and Operational Efficiency

The electric mooring winch is a critical component of modern deck machinery systems, playing a pivotal role in ensuring the safe and efficient mooring of vessels at ports, terminals, and offshore facilities. As global maritime trade continues to expand, the demand for reliable, high-performance mooring solutions has intensified. Electric mooring winches provide consistent tension control, rapid deployment, and dependable holding power, all of which are essential during berthing operations in challenging environmental conditions such as strong winds, tidal currents, and congested port areas. Their ability to maintain optimal line tension reduces stress on mooring lines and deck fittings, significantly lowering the risk of equipment failure and personnel injury.

Safety at sea begins with dependable deck machinery, and the electric mooring winch stands at the forefront of this imperative. Unlike traditional hydraulic systems, electric winches offer enhanced control precision through advanced motor drives and programmable logic controllers (PLCs), allowing for synchronized operation across multiple winches. This integration improves crew situational awareness and response time during mooring and unmooring sequences. Additionally, electric systems eliminate the risk of hydraulic fluid leaks, contributing to cleaner deck operations and reduced environmental hazards—aligning with increasingly stringent maritime environmental regulations.

With the rise of energy-efficient vessel designs and the push toward decarbonization in shipping, electric mooring winches are becoming the preferred choice for newbuilds and retrofits alike. They integrate seamlessly with vessel power management systems and can be optimized for peak energy efficiency, reducing overall fuel consumption and emissions.

Why Source from Hangzhou Star Marine Technology Co., Ltd.?

Hangzhou Star Marine Technology Co., Ltd. has established itself as a trusted manufacturer and exporter of high-quality electric mooring winches within the global marine equipment supply chain. Based in China, the company leverages advanced engineering capabilities, ISO-certified manufacturing processes, and rigorous quality control to deliver products that meet international standards including CCS, ABS, DNV, LR, and BV. By combining domestic production efficiencies with global compliance expertise, Star Marine offers a cost-effective sourcing solution without compromising on reliability or safety performance.

The company’s electric mooring winches are engineered for durability in harsh marine environments, featuring corrosion-resistant materials, robust electric motors, and modular designs that simplify maintenance and reduce lifecycle costs. With a strong export network and technical support services, Star Marine ensures timely delivery and after-sales assistance to clients worldwide.

The following table outlines typical specifications of Star Marine’s standard electric mooring winch series:

Parameter Specification
Rated Line Pull (kN) 50 – 300
Rope Capacity (m) 200 – 1,000
Drum Speed (m/min) 10 – 30
Motor Power (kW) 15 – 110
Voltage 400V / 440V, 50/60Hz
Control System PLC with Remote Control Option
Certifications CCS, ABS, DNV, LR, BV
Material Finish Hot-dip galvanized or epoxy-coated

By choosing Hangzhou Star Marine Technology, vessel operators and shipyards gain access to safe, compliant, and economically viable electric mooring solutions designed for long-term operational success.


Technical Specs & Approval

Technical Specifications: Electric Mooring Winch

Hangzhou Star Marine Technology Co., Ltd. designs and manufactures electric mooring winches to stringent international marine standards, ensuring reliable performance and safety during critical vessel berthing and mooring operations. These winches represent a fundamental deck machinery component, directly impacting operational safety and efficiency. Our electric drive systems offer precise control, reduced maintenance complexity compared to hydraulic alternatives, and high energy efficiency, making them the preferred choice for modern vessel operators seeking operational cost savings and environmental compliance. All units are engineered to withstand harsh marine environments, featuring robust construction from marine-grade materials, comprehensive corrosion protection systems, and IP56-rated enclosures as standard to ensure longevity and dependable service life. Critical design parameters are meticulously calculated to exceed the requirements of ISO 13779 for shipboard winches and relevant classification society rules, including DNV GL, ABS, LR, and CCS, ensuring global acceptance and seamless integration into newbuild and retrofit projects. The following table details the core technical specifications applicable across our standard electric mooring winch range, with customization available to meet specific vessel design criteria and operational profiles.

Parameter Standard Range Notes
Pull Load (kN) 50 – 1500 Static line pull at first layer; designed per ISO 13779 Category I-III
Chain Diameter 12.5 mm – 60 mm (Grade R3, R3S, R4) Compatible with standard stud link anchor chain; gypsy wheel matched
Drive Type Electric (AC Induction or DC) Primary drive system; hydraulic options available upon request
Motor Power 7.5 kW – 250 kW Depends on pull load, speed, and duty cycle; IEC standard frames
Drum Capacity 150 m – 1000 m (Wire Rope) Customizable based on vessel requirements and rope diameter
Line Speed 9 m/min – 25 m/min (Loaded) Variable speed control standard via VFD for precise handling
Brake Type Fail-safe, Electromagnetic Disc Holding torque ≥ 1.5 x max. rated pull load; automatic engagement
Control System Local/Remote (IP56) Standard integration with ship’s PMS; CAN bus or hardwired options
Certification ISO 13779, SOLAS, DNV GL, ABS, LR Full Type Approval and Factory Acceptance Testing (FAT) provided

The specified Pull Load defines the maximum static force the winch can exert on the mooring line at the first layer of the drum under standard conditions. Chain Diameter compatibility is strictly aligned with internationally recognized anchor chain grades, ensuring secure engagement with the gypsy wheel. While electric drive is our standard and recommended configuration for its operational advantages, hydraulic drive variants can be supplied to meet specific customer or vessel design mandates. Line Speed values represent typical loaded conditions; unloaded speeds are significantly higher. The fail-safe electromagnetic brake system is a critical safety feature, automatically engaging upon power loss or emergency stop commands, providing a holding torque substantially exceeding the maximum rated pull load to prevent dangerous runaway scenarios. All winches undergo rigorous factory testing protocols, including 125% overload testing and endurance cycles, documented in the supplied test certificates. Hangzhou Star Marine Technology guarantees that every electric mooring winch delivered adheres precisely to the agreed technical specifications and classification society requirements, providing vessel owners and operators with a critical load-bearing component engineered for maximum safety and minimal lifecycle cost.


Shipbuilding Solutions

Hangzhou Star Marine Technology Co., Ltd. delivers integrated electric mooring winch solutions tailored for shipbuilding and repair projects worldwide. As a specialized marine equipment manufacturer in the deck machinery category, we combine advanced engineering with responsive service to support shipyards and vessel operators at every project phase. Our electric mooring winches are designed to meet international maritime standards, including ISO, IEC, and classification society requirements from ABS, DNV, LR, CCS, and others, ensuring seamless integration into new vessel construction or retrofit applications.

For new shipbuilding programs, Star Marine provides full-cycle support from initial technical consultation through design validation, production, testing, and commissioning. Our engineering team collaborates directly with naval architects and shipbuilders to customize winch specifications based on vessel type, operational profile, and deck layout. Whether for container ships, tankers, offshore support vessels, or passenger ferries, our electric mooring winches offer reliable, energy-efficient performance with precise control and minimal maintenance requirements. We utilize finite element analysis (FEA) and dynamic load simulation during design to ensure structural integrity and long service life under demanding marine conditions.

In repair and retrofit scenarios, our fast-response service model enables rapid assessment, spare part delivery, or full winch replacement with minimal downtime. Our global logistics network ensures delivery of critical components within 7–15 days to major ship repair hubs across Asia, Europe, and the Middle East. We maintain an extensive inventory of standard and legacy models, allowing us to support vessels even when original equipment manufacturers are no longer available. Our field service engineers are available for on-site supervision during installation and troubleshooting, further reducing project delays.

All electric mooring winches are manufactured at our ISO-certified facility in Hangzhou, where rigorous quality control protocols are applied at every production stage. Each unit undergoes full-load testing, insulation resistance checks, and environmental stress screening before shipment. We also provide comprehensive documentation packages, including operation manuals, spare parts lists, and type approval certificates, to streamline vessel certification processes.

The following table outlines key technical parameters and customization options available for our standard electric mooring winch series:

Parameter Specification Range
Drum Pull Capacity 50 kN – 500 kN
Rope Capacity 200 m – 1,000 m (Ø20–Ø60 mm wire rope)
Motor Power 15 kW – 110 kW (400V/50Hz, custom voltages available)
Control System Local/Remote control, IEC 60529 IP56 enclosure
Braking System Fail-safe electromagnetic brake with manual release
Gear Type Planetary or helical gearbox, hardened gears
Classification Approvals ABS, DNV, LR, BV, CCS, NK, RINA (available upon request)
Customization Options Dual drums, heaving wheels, rope tensioners, PLC integration

With a proven track record in over 30 countries, Hangzhou Star Marine Technology stands as a trusted partner for complete electric mooring winch solutions in both new construction and repair markets. Our commitment to technical excellence, compliance, and rapid delivery ensures that clients achieve project milestones efficiently and with full regulatory confidence.


Packaging & Logistics

Packaging & Logistics Protocol for Electric Mooring Winch Exports

Hangzhou Star Marine Technology implements rigorously defined packaging and logistics procedures for all electric mooring winch exports, ensuring equipment integrity throughout global maritime supply chains. As critical deck machinery operating under extreme environmental and mechanical stresses, these winches demand packaging solutions that prevent transit damage, comply with international phytosanitary regulations, and facilitate efficient handling at origin and destination ports. Our standard methodology utilizes a dual-system approach combining certified wooden export crates and heavy-duty steel pallets, optimized for the specific mass, dimensions, and sensitivity of electric winch assemblies.

Wooden export cases constitute the primary protective enclosure for winch units and associated control systems. Constructed from kiln-dried softwood meeting ISPM 15 (International Standards for Phytosanitary Measures No. 15) requirements, all wooden components undergo mandatory heat treatment (HT) to a minimum core temperature of 56°C for 30 minutes. This process eradicates insect pests and pathogens, eliminating the need for chemical fumigation and ensuring seamless customs clearance in all major maritime nations including the EU, USA, Australia, and Japan. Each crate features internal bracing with anti-vibration padding, desiccant packs to control humidity, and moisture-barrier lining. The ISPM 15 certification mark, including the country code, producer code, and HT symbol, is permanently branded on two opposite sides of every wooden component, providing verifiable compliance documentation for global authorities.

For winch bases, drums, and other high-mass sub-assemblies exceeding standard crate weight limits, we utilize reinforced steel pallets as the foundational transport platform. These pallets are engineered to ISO container dimensions and rated for static loads exceeding 15,000 kg, guaranteeing structural stability during multi-modal transport. All steel surfaces receive a temporary protective coating to prevent corrosion during ocean transit, and critical mounting points are sealed against moisture ingress. The integration of steel pallets with wooden crates creates a unified load unit suitable for direct lifting via shipboard cranes or port forklifts without disassembly.

All exports originate exclusively through China’s premier maritime hubs, Ningbo-Zhoushan Port and Shanghai Port. These facilities offer direct mainline vessel services to all global regions, minimizing transshipment risks. Our Ningbo and Shanghai warehouses maintain dedicated staging areas where packaged winches undergo final verification before containerization. Standard practice involves securing units within 40-foot high-cube dry containers using lashing points integrated into the steel pallets or crate structure, adhering strictly to the IMO’s Code of Safe Practice for Cargo Stowage and Securing (CSS Code). Real-time GPS and shock-monitoring sensors are available upon client request for high-value shipments.

The following table summarizes our core packaging specifications:

Feature Wooden Export Crates Steel Transport Pallets
Material Standard ISPM 15 Compliant Softwood (HT Treated) ASTM A36 Structural Steel
Treatment Verification Permanent HT Branding + Phytosanitary Cert Temporary Anti-Corrosion Coating
Max. Load Capacity 8,000 kg (per crate) 15,000+ kg (static)
Primary Application Winch Housing, Electrical Components Base Frames, Drums, Heavy Assemblies

Hangzhou Star Marine Technology’s packaging protocol undergoes continuous validation through simulated transit testing per ISTA 3A standards. This commitment to engineering-grade export preparation, coupled with strategic deployment through Ningbo and Shanghai’s world-class port infrastructure, guarantees that every electric mooring winch arrives at its destination vessel or shipyard in operational condition, fully protected against the rigors of international maritime logistics.


Contact Star Marine

For marine operators, shipbuilders, and offshore project managers seeking advanced electric mooring winch solutions, Hangzhou Star Marine Technology Co., Ltd. stands as a trusted leader in the design and export of high-performance deck machinery. Our electric mooring winches are engineered for reliability, efficiency, and compliance with international maritime standards, including ISO, DNV-GL, ABS, CCS, and LR. Whether your project involves new vessel construction, retrofitting, or offshore terminal operations, our team ensures that every winch system is tailored to your operational demands and environmental conditions.

At Star Marine, we understand that selecting the right electric mooring winch is more than a procurement decision—it’s an investment in vessel safety, crew efficiency, and long-term operational performance. Our engineering team integrates robust electric drive systems with intelligent control panels, dynamic braking, and customizable drum configurations to meet specific load, line pull, and rope capacity requirements. From container carriers and LNG tankers to offshore support vessels and floating docks, our winches deliver consistent performance under extreme loads and harsh marine environments.

To ensure seamless integration and optimal performance, we offer comprehensive technical support throughout the project lifecycle—from initial specification and design review to installation supervision and after-sales service. Our global export network enables timely delivery to ports and shipyards worldwide, backed by rigorous quality assurance protocols and full documentation packages for customs and classification society submissions.

For detailed technical specifications, project quotations, or engineering consultations, we encourage direct engagement with our Product Manager, Kacher YE. With extensive experience in marine deck machinery and international export operations, Kacher serves as the primary technical liaison for clients, ensuring clear communication, accurate technical alignment, and responsive project coordination.

Please refer to the table below for standard technical parameters of our electric mooring winch series. Custom configurations are available upon request to meet specific vessel designs or operational profiles.

Parameter Standard Range
Rated Line Pull 50 kN – 500 kN
Rope Capacity 200 m – 1,200 m (depending on rope dia)
Rope Diameter 16 mm – 60 mm
Motor Power 15 kW – 160 kW
Voltage 380V / 440V / 660V, 50Hz or 60Hz
Control System Local & Remote (IEC 60092 compliant)
Brake Type Electromagnetic Fail-safe
Drum Type Single or Double (grooved)
Certification DNV-GL, ABS, CCS, LR, BV, RINA (optional)
Operating Temperature -25°C to +50°C

To discuss your project requirements or request a customized solution, contact Product Manager Kacher YE directly via email at [email protected]. We respond to all inquiries within 24 business hours and provide multilingual support for English, Spanish, and Arabic-speaking clients. Partner with Hangzhou Star Marine Technology—where engineering excellence meets global maritime service.


⚓ Anchor Chain Weight Estimator

Estimate Stud Link Anchor Chain weight (Approx. 0.0219d²).

Electric Mooring Winch – Marine Solution Guide 2025

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