Economy, Science and Technology
A car carrier ship with the capacity to transport 10,800 vehicles was delivered in China by the Guangzhou Shipyard International to Korea Ocean Business Corporation, from South Korea. The vessel, which measures 230 meters, features 14 decks, dual-fuel engines, and a photovoltaic system intended to power operations conducted on board.
The information was published by Marine Insight on July 24, 2026. The delivery took place through a remote signing ceremony with China Shipbuilding Trading, and the cargo ship will be leased to Hyundai Glovis to operate on routes between Asia, Southeast Asia, North America, and Europe.
The cargo ship was designed as a PCTC, an acronym used for vessels specialized in the transportation of automobiles and trucks. Unlike conventional ships, this type of structure has ramps and large internal areas that allow vehicles to be driven directly onto the decks.
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With space for 10,800 units, the car carrier ship is part of a generation of vessels built to move large volumes of automobiles between factories, port terminals, and consumer markets. According to the shipyard, this is the fourth cargo ship with a capacity for approximately 10,000 vehicles built in China.
The vessel is 230 meters long, 40 meters wide, and has a draft of 10.5 meters. These dimensions allow it to accommodate thousands of vehicles without preventing the ship from operating on international routes and terminals prepared to receive large cargo ships.
Its maximum speed reaches 19 knots. The design combines large internal capacity with sufficient performance to complete ocean crossings and maintain commercial schedules between different continents.
The interior has 14 decks dedicated to vehicle transport. Nine of them are fixed, while the other five can be adjusted according to the height and dimensions of the loaded cargo.
This configuration allows the transport of passenger cars, vans, heavy trucks, trailers with containers, and large vehicles. The movable decks enhance operational flexibility and prevent space from being limited to standard-sized automobiles.
Although primarily designed for the automotive sector, the cargo ship can accommodate different categories of vehicles and road equipment. Trucks, implements, and wheeled cargo can occupy adapted areas on the adjustable decks.
The vessel is also authorized to transport certain packaged dangerous goods, provided they comply with the International Maritime Dangerous Goods Code. This possibility increases the number of commercial operations that can be serviced during a single voyage.
One of the main differentiators of the project is the photovoltaic power generation system with a maximum power of 200 kilowatts. According to the shipyard, it is the first cargo ship of this scale equipped with such a solar installation.
With daily exposure to the Sun between 5.5 and seven hours, the panels can produce approximately 1,000 kWh of electricity per day. The energy does not solely power the main engines but assists various systems and equipment used during operation.
The electricity generated by the panels can be used for lighting, controls, auxiliary equipment, and other internal demands. Each kilowatt-hour produced onboard represents a portion of energy that is no longer directly obtained from fuel-powered generators.
The impact depends on the sunlight conditions and the consumption during each trip. The solar system functions as an energy supplement, helping to reduce the load on conventional equipment and improve the ship’s overall efficiency.
The propulsion system is dual-fuel and can operate with liquefied natural gas, known by the acronym LNG, or with conventional marine fuel. This flexibility allows the operation to adapt to the availability and cost of fuels found on different routes.
The LNG tanks were sized to store enough fuel for a complete trip, according to Guangzhou Shipyard International. The autonomy avoids the need for intermediate refueling during certain ocean crossings.
The use of liquefied natural gas can reduce certain atmospheric pollutants when compared to heavier marine fuels. However, LNG remains a fossil fuel and its use generates carbon dioxide.
There is also concern about potential methane emissions during production, transportation, and operation. Therefore, the solar system and energy efficiency improve environmental performance, but do not turn the car carrier ship into a zero-emission vessel.
In addition to photovoltaic panels, the freighter has a shaft generator. This equipment converts part of the mechanical energy associated with the operation of the propulsion system into electricity for the ship’s facilities.
The integration between the dual-fuel engine, generator, and solar panels allows the use of different sources according to the navigation condition. The system was developed to reduce waste and distribute energy more efficiently during trips.
The ship was designed to meet the Tier III requirements of the International Maritime Organization. The standard sets stricter limits for nitrogen oxide emissions produced by marine engines in controlled areas.
Compliance with the standards allows operation in regions that enforce more severe environmental restrictions. Regulatory compliance is essential for a vessel intended to cross routes between Asian, European, and North American markets.
The design was jointly developed by Guangzhou Shipyard International and the Shanghai Merchant Ship Design and Research Institute. The vessel received classification from Det Norske Veritas of Norway and the Korean Register.
These entities verify aspects such as construction, stability, safety systems, and operational capacity. The dual classification allows the freighter to navigate globally without commercial restrictions associated with its technical registration.
After delivery to Korea Ocean Business Corporation, the ship will be leased to Hyundai Glovis. The company operates in international logistics and maritime transport of vehicles produced by different manufacturers.
The operation is expected to connect terminals in Asia and Southeast Asia to ports in Europe and North America. The capacity of 10,800 vehicles allows for large batches to be concentrated in a single trip and reduces the number of vessels needed for certain flows.
The automotive industry relies on specialized vessels to move finished vehicles between producing and consuming countries. The automobiles need to arrive protected, organized, and ready to proceed to distribution centers after unloading.
Therefore, the cargo ships have enclosed areas and specific systems for lashing, ventilation, and internal circulation. The car carrier ship functions like a multi-story floating garage, capable of crossing oceans carrying thousands of units.
The increase in height and weight of some vehicles, especially trucks, utility vehicles, and electric models, requires more flexible internal spaces. Decks that are too fixed can limit the ability to transport non-standard loads.
The five adjustable floors allow for reorganizing the available volume according to each operation. This adaptation increases the commercial lifespan of the ship because it reduces the dependence on a single vehicle profile.
Although the 200 kW power is relevant for auxiliary equipment, it is small compared to the energy needed to move a 230-meter vessel loaded with thousands of vehicles.
The engines still rely on LNG or conventional fuel to generate the main force. The panels act as support, not as an integral source of propulsion, and their benefit lies in the gradual reduction of energy consumption of internal installations.
The construction demonstrates the presence of Chinese shipyards in the segment of large vehicle transport ships. The demand for this type of vessel follows the increase in automotive exports and the reorganization of global logistics chains.
The project also brings together technologies from different areas, such as dual-fuel propulsion, photovoltaic generation, movable decks, and emission control. This combination allows a single ship to meet increasingly complex commercial and environmental requirements.
The car carrier ship delivered in China combines scale, flexibility, and technologies aimed at reducing part of the energy consumption. With a capacity for 10,800 vehicles, the vessel can transport anything from passenger cars to trucks and trailers on journeys between four major commercial regions.
The presence of solar panels does not eliminate the use of fuel, but shows how auxiliary systems can be incorporated into large cargo ships. Do you believe that hybrid solutions like LNG and solar energy represent a significant advancement, or should maritime transport directly accelerate the adoption of carbon-free fuels? Leave your opinion in the comments.
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