Marine Hydrogen Solutions

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Marine Hydrogen SolutionsScenario Pain Points

Severe Offshore Wind Curtailment

Offshore wind power is difficult to absorb, resulting in massive energy waste

High Freshwater Cost for Hydrogen

Seawater-to-hydrogen relies on freshwater pretreatment, increasing costs and complexity

High Energy Consumption for Offshore Platforms

Marine ranches and offshore platforms require stable power & oxygen, with traditional methods being energy-intensive

Urgent Zero-carbon Demand for Yachts

High-end yachts face environmental pressure with strong demand for zero-carbon propulsion

Technical Configuration

Wind and solar power generation is volatile and intermittent with low consumption rate; power grid peak shaving lacks long-period, large-capacity energy storage; unstable power supply in remote areas

Independently developed direct seawater hydrogen technology (no freshwater consumption)
Corrosion-resistant and wave-resistant hydrogen production systems
Hydrogen yacht powertrain adapted to marine conditions

Qingdao Zhongqing Ship Hydrogen-Powered Yacht Project

Implementation Cases

Qingdao Zhongqing Ship Hydrogen-Powered Yacht Project: equipped with a 5Nm³/h seawater hydrogen production system and 5kW water-cooled stack. The power system commissioning has been completed, with small-batch delivery expected in 2026. Qingdao Offshore Seawater Hydrogen Pilot Project (completed 3 months of continuous operation in 2025) has verified the scenario feasibility.

5Nm³/h
Seawater Hydrogen Production System

5kW
Water-Cooled Stack

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Marine Hydrogen Solutions