Advanced Shore to Ship Power Technology
This Shore to Ship Power Voltage Converter employs advanced mains-frequency isolation technology, establishing a robust electrical isolation barrier between shore power and vessel equipment. This technology effectively blocks potential adverse factors from the shore power supply, such as electrical interference, voltage fluctuations, and harmonics, delivering a stable and clean power source to onboard equipment.
Regardless of variations in shore power quality, the converter maintains stable output voltage and frequency. This ensures optimal operation of onboard equipment including lighting systems, ventilation units, pumps, and electronic instruments, significantly reducing equipment failure rates and extending service life.
🛡️ Durable Outdoor Design
Given the complex and variable conditions encountered during vessel berthing, the converter demonstrates exceptional outdoor adaptability. Its housing is constructed from high-strength, corrosion-resistant materials, featuring waterproof and dustproof capabilities with an ingress protection rating designed to withstand rainwater, seawater splashes, and adverse weather conditions. Whether deployed in humid coastal ports or wind-swept inland river terminals, the converter operates with consistent reliability.
Harmonic Suppression
To counter electromagnetic interference, the unit employs special winding designs and shielding measures. This filters out over 90% of high-frequency harmonics, ensuring pure and stable output voltage (error ≤ ±1%).
Dynamic Compensation
Through an integrated tap changer, voltage regulation within ±5% is achieved. This maintains output voltage near rated values even during fluctuations in shore power supply or sudden vessel load changes.
High Efficiency
Utilising low-loss core materials and optimised winding techniques to achieve over 92% conversion efficiency, minimising iron losses and supporting green shipping initiatives.
Multi-Layer Protection
Equipped with overcurrent, overvoltage, overload, short-circuit and thermal protection. It disconnects power within 0.1 seconds upon detecting anomalies to prevent fault escalation.
Application Scenarios
Port Shore Power System
Provides stable 400V/60Hz power supply for container ships and cruise liners, enabling auxiliary engines to be switched off during port calls to reduce noise and emissions.
Offshore Engineering Vessels
Delivers 600V isolated power to drilling rigs and crane vessels, withstanding vibration and impact in harsh sea conditions.
Specialised Vessel Requirements
Supports customised input/output voltages (e.g. 460V to 220V conversion) to meet the demands of scientific research vessels and naval ships.
Frequently Asked Questions
How does the converter improve power quality for ships?
It uses mains-frequency isolation and harmonic suppression technology to filter over 90% of high-frequency interference, providing a clean and stable power supply regardless of shore power fluctuations.
Is the unit protected against extreme weather?
Yes, the housing is built from high-strength, corrosion-resistant materials with a high ingress protection (IP) rating, making it resistant to seawater splashes, rain, and dust.
What is the energy conversion efficiency?
The converter utilizes low-loss core materials and optimized winding to achieve a conversion efficiency of over 92%, promoting energy savings and green shipping.
How fast can the system react to an electrical fault?
The multi-layered protection mechanism can detect anomalies (like short circuits or overloads) and disconnect power within 0.1 seconds to prevent equipment damage.
Can output voltages be customized for specific vessels?
Yes, the system supports customized configurations for various input/output voltages (such as 460V to 220V) and specific power capacities to meet the needs of specialized vessels.
Does the converter help in reducing port pollution?
Absolutely. By providing stable shore power, it allows vessels to switch off their auxiliary diesel engines, significantly reducing noise and carbon emissions during port calls.