With the rapid development of modern information technology

especially the application of big data

the Internet of things

cloud computing and other technologies

the ship industry is ushering in an intelligent revolution. Intelligent integrated platform and automatic control technology have become the key factors driving this change. This paper comprehensively analyzes the intelligent integration and automatic control technology of ship electronic and electrical system

and discusses its potential and challenges in improving the efficiency

safety and economy of ship operation. This paper first summarizes the composition and functional characteristics of the ship electronic and electrical system

and then expounds the design idea

system architecture and implementation steps of the intelligent integration platform. On this basis

the application of automatic control technology in ship electronic and electrical systems

including the key subsystems such as energy management

auxiliary decision making and state monitoring

as well as the safety control problems facing these technologies in practical application. The paper also analyzes the application prospect of intelligent integration and automation control technology in the ship industry

and puts forward the strategies and suggestions to deal with the challenges of technology and management. Finally

the paper summarizes the research results and prospects the future research direction

aiming to provide theoretical support and practical guidance for the intelligent development of the ship industry

in order to realize the intelligence and automation of ship operation and improve the safety of shipsSex and economy

to contribute to the sustainable development of the ship industry. Through the research of this paper

it is expected to provide new ideas and solutions for the development of intelligent integration and automatic control technology of ship electronic and electrical system

so as to promote the ship industry to a more efficient and intelligent direction.