Future Ship & Systems Design Programme

Ship and System Design for Sustainability

Research Objective:

The design optimisation process for electric ships is challenging due to the lack of integrated modelling and simulation capability, with traditional ship design processes being iterative and time-consuming. This research aims to establish a robust open simulation platform to accelerate the design optimisation and evaluation process, thereby advancing the adoption of more efficient and cost-effective electric harbour craft. It also addresses critical gaps in systematic design approaches for electric marine vessels through integrated simulation capabilities.

Applied Research Methods

The project employs a model-based system engineering approach focusing on three key areas: development of a robust simulation platform for design optimisation and evaluation through the Ship Simulation and Optimisation (SSO) Software Platform, shipboard microgrid and power system design and validation, and battery room design for safety considerations.

Shipboard microgrid and power system design and validation.

Battery room design for safety

Potential Impact

Together with industry partners, this project has the potential to develop cost-effective designs that reduce the total cost of ownership for fully electric harbour craft.