Skip to main content

China's First Smart Ship makes Debut


China’s first smart ship, Great Intelligence, was presented this week at Marintec China 2017, Shanghai which hosted revelations of several innovative ship design concepts.
Great Intelligence, a 38,800 dwt modified version of the Green Dolphin fuel-efficient bulk carrier concept, was announced in 2015 as the first smart ship pilot project in China.
The ship was designed by Shanghai Merchant Ship Design and Research Institute (SDARI) and built at Guangzhou Wenchong Shipyard Co. (GWS), a subsidiary of China State Shipbuilding Corporation (CSSC).
Lloyd’s Register (LR), System Engineering Research Institute (SERI) and China Class Society (CCS) were also involved in the project.
Great Intelligence features an intelligent navigation system which enables it to optimize shipping routes in order to reach the destination in shortest time and with minimal fuel consumption.
The best routes are selected based on the data collected from ship and shore-based service stations.
The “self-learning” ship can also spot dangers and identify system bugs.
However, it has been highlighted that “actions taken in response to any information provided by the Intelligent Navigation System shall be by human.”
Other key features of the ship include:

  • Ship Operation and Maintenance System (SOMS) Health Management which is in charge of monitoring the ship’s main equipment performance;
  • SOMS Intelligent Integration Platform, which manages data, and makes analysis and forecasting,
  • SOMS Energy Efficiency Management, which monitors energy efficiency and provides analytics and optimisation and decision-making support.
Factory acceptance and sea trial tests for the Great Intelligence’s smart system took place last month and the ship’s smart system met the requirements.
During Marintec LR handed over the ship the cyber-enabled ship descriptive notes.
Qiu Bohua, Director, CSSC Systems Engineering Research Institute, Oceanic Intelligent Technology Innovation Centre, explained that the SOMS utilises advanced sensing technology to build the ship’s network.
“Moreover, SOMS builds the brain based on intelligent technologies such as machine learning. Finally, SOMS realises the intelligent application such as energy efficiency management system and health management system.”

“SDARI has been making effort to design ships that are safe, economic and efficient. Great Intelligence is one of those. We redesigned the ship as a digital ship, we didn’t just apply the smart systems. After the delivery, it will be an example what a smart ship is and make the shipping safer, more economical and more efficient,” Li Xin, Innovation Centre Smart Ship Project Team Vice Director of SDARI, said.
Great Intelligence will be used by Sinotrans Shipping to transport coal and salt between China, Australia and Southeast Asia, according to Xinhua.
The promotion was also used as an occasion for the formal establishment of the China Smart Ship Innovation Alliance.
The alliance, which includes China Classification society, CSSC, SERI and SDARI, among other members, aims to speed up technological advancement and industrial development of the smart ships.
Image Courtesy: LR, CSSC

Comments

Popular posts from this blog

The introduction of autonomous ships, often described as the next step for the maritime industry, is looming as projects have already been launched to make the smart ship concept a reality. One of the examples is the construction of  the world’s first  electric and autonomous containership, Yara Birkeland, which is expected to start autonomous operation in 2019. Numerous benefits of autonomous ships have been identified including lower costs, more efficient use of space in ship design, more efficient use of fuel and lower risk of human error on board, which has been the main cause of accidents at sea. However, the smart ship revolution brings a myriad of challenges that are yet to be resolved, aside to technological hurdles. These involve resolving the issue of navigational safety, protection from cyber threats and creation of a major incentive for owners and operators to invest in autonomous ships before they can become mainstream. World Maritime News spo...

Autonomous ship navigation study begins

BMT’s Rembrandt simulator will be combined with ASV Global’s autonomous vessel control simulator A group of UK-based companies has started a new £1.2M (US$1.6M) research project to investigate how autonomous vessels could co-exist with manned ships. BMT has teamed up with ASV Global and Deimos Space UK for the Shared Waterspace Autonomous Navigation by Satellite (Swans) project. With funding from Innovate UK these companies will investigate how autonomous surface vessels (ASVs) can use existing and future satellite capabilities for collision avoidance and communications. This is particularly focused on autonomous vessels operating beyond the horizon of shore and in congested maritime traffic, BMT managing director Phil Thompson explained, adding that the few autonomous vessels already developed use the global automatic identification system (AIS) for collision avoidance. “But they remain at risk of colliding with vessels or objects not using AIS,” he said in a statement...

Usage of ECDIS - Not as anticipated - A report

ECDIS Not Being Used as Anticipated The U.K. Marine Accident Investigation Branch (MAIB) has announced that it is conducting a safety study, in collaboration with the Danish Maritime Accident Investigation Board, to understand why operators are not using ECDIS as envisaged by regulators and the system manufacturers.  The news follows the release of a MAIB investigation report into the grounding of the bulk carrier  Muros . In the early hours of December 3, 2016, the  Muros  ran aground on Haisborough Sand, eight miles off the Norfolk coast.  When  Muros  grounded, she was following a passage plan shown on its electronic chart and display information system (ECDIS). The MAIB investigation found that: • The vessel was following a planned track across Haisborough Sand. The passage plan in the ECDIS had been revised by the second officer less than three hours before the grounding and it had not been seen or approved by the master. ...