MOL announced that with the consortium members, MOL, two of its group companies, and other consortium members have jointly applied to the Nippon Foundation to fund demonstration voyages to test underlying technologies for autonomous sailing within fiscal year 2020.
In cooperation with Mitsui E&S Shipbuilding and Furuno Electric, the MOL Group has been developing technologies for autonomous sailing, and plan to conduct demonstration voyages of their autonomous sailing operation system, from unberthing to berthing. With the support from Nippon Foundation, the demonstration tests will start in 2020.
The demonstration voyages will be conducted with an MOL Ferry-owned/operated large-scale coastal ferry and a coastal containership owned by Imoto Corporation and operated by Imoto Lines, Ltd., using surrounding cognitive technologyand sensors for avoidance and auto berthing/unberthing technologies, after MOL Marine conducts autonomous functions using a simulator. In addition, mooring support technology using a drone, developed by Sekido, will be introduced in the demonstration voyage of the coastal containership.
MOL is working to realize autonomous vessels to achieve two aims—further enhancement of safe operation by using new underlying technologies, and reduction of crewmembers’ workload.
Coastal shipping, the target of the program, is a key element of Japan’s logistics system, transporting about 40% of the nation’s domestic cargo and about 80% of basic industrial commodities on a ton-kilometer basis. However, the costal shipping sector is heavily dependent on an aging workforce.
MOL believes that autonomous sailing can address safety issues and reduce human errors, which contribute to about 70% of marine accidents.
MOL has moved ahead with advanced support of safe operation and reduction of its environmental impact, as set out in the “ISHIN NEXT – MOL SMART SHIP PROJECT -,” which began in November 2016, and aims to become customers’ first choice as a logistics partner by applying ICT technology to improve service quality and efficiency.
