When a new type of equipment is required to be equipped on the ship platform, the various indicators and the impact on the ship platform are uncertain. Numerical simulation is therefore necessary in order to provide the corresponding solutions according to the simulation results. The detailed procedure and analysis are provided for the simulation of the power system for the new-type ship with high-power and high-pulse load.

The development of shipbuilding industry has been driven by the development of modern information technologies, such as the big data and the internet of things. The ship intelligence will be promoted by the integration of the ship transportation and the cyber-physical system (CPS) represented by sensor, information and communication, which will become the development trend of the shipbuilding industry. It firstly studies the integrated platforms of smart ships in view of the function characteristics, technology foundation and system configuration, and elaborates the design idea, system configuration and implementation procedure of the general smart ship integrated platform. It also presents the design and construction method of the intelligent integrated platform based on the intelligent engine room installation scheme for a new polar scientific research ship. The intellectualization of engine room can then be achieved through the construction of integrated platform and data analysis. The condition of the engine room, health condition and assistant decision-making can be provided to the screw to reduce the labor intensity of the screw and to improve the ship operation efficiency.