Mitsubishi Shipbuilding Co., Ltd., a part of Mitsubishi Heavy Industries (MHI) Group, has received an order from the University of Tokyo for its independently developed "MiPoLin®", a power prediction and lines selection system.
The system has already been available at the university's Maritime and Ocean Digital Engineering Laboratory (MODE).
MiPoLin®
MiPoLin® is a user-friendly web-based system that utilises over 1,200 cases of diverse tank test results and over 420 vessels' hull forms accumulated over 100 years at the Test Basin owned by MHI in Nagasaki City.
By utilising Mitsubishi Shipbuilding's large-scale database, the result and know-how accumulated through the construction of ships for a long time, it is possible to estimate the propulsion performance with high accuracy and to generate the hull forms which can be used for initial design and performance evaluation of the ships. Such MHI Group's technology has been on the market since August 2022, aiming at being widely used to solve problems related to the entire maritime industry.
Creating a simulation platform
MODE is working to build a simulation platform that will solve the problems faced by the Japanese maritime
MODE is a collaboration research programme established on October 1, 2022, by seven companies including Mitsubishi Shipbuilding at the University of Tokyo.
It is working to build a simulation platform that will solve the problems faced by the Japanese maritime industry, and the large-scale tank test database provided by MiPoLin® has been evaluated as being usable for building a model of the simulation platform planned by MODE.
Decarbonisation efforts
In the maritime industry, the need for environmentally friendly vessels and ship operations is growing. Mitsubishi Shipbuilding, through a variety of solutions, including MiPoLin®, would like to promote the decarbonisation of the maritime industry and will contribute to realizing a carbon-neutral society.
Furthermore, Mitsubishi Shipbuilding will contribute to the development of the entire maritime industry by further enhancing cutting-edge shipbuilding technologies and knowledge.
