Research on Wireless Communication System for Safe Operation Command of Offshore Wind Power Cable Construction Based on Artificial Intelligence

The research focus of this paper is to develop an advanced submarine cable operation communication support system, which is based on the integration of air, earth, and sea communication command technology architecture, aiming to achieve the safety control of submarine cable operation. The design of the system considers the complexity of the offshore operating environment, and effectively integrates maritime meteorological, hydrological, environmental monitoring and human vital signs monitoring data by constructing a multi-dimensional perception fusion communication command network. The use of wireless broadband AD hoc networks and multi-channel backhaul technologies, such as satellite and 5G networks, ensures the efficient aggregation and transmission of data. In addition, a portable integrated communication command device is developed, which integrates various communication technologies and heterogeneous networks to realize the integration of various communication means. Through this device, this paper establishes the air, earth and sea integrated communication command network and communication command platform, realizes the visual management and risk early warning of the whole process of submarine cable operation, enhances the collaborative command ability of operation, and thus significantly improves the safety and communication efficiency of submarine cable operation.

I. Introduction

With the transformation of global energy structure and the development of Marine economy, the scale of offshore wind power and other offshore engineering projects is expanding day by day. As a key submarine communication and power transmission medium, the safety and reliability of submarine cable are crucial to the operation of the entire offshore engineering [1]. However, in the laying and maintenance process, the submarine cable faces the dual challenges of complex natural environment and human factors, which not only increases the difficulty of operation, but also increases the safety risk. Traditional submarine cable operation communication support means can not meet the needs of modern Marine engineering projects, especially in complex sea conditions, how to ensure the continuity, stability and real-time operation communication has become an urgent problem to be solved [2]. In this paper, an innovative communication support system for submarine cable operation is developed, which makes full use of modern communication technology and realizes all-round monitoring and efficient command of submarine cable operation through the integrated communication command architecture of air, earth, and sea, in order to greatly improve the safety and efficiency of submarine cable operation [3]. This paper is expected to provide strong technical support for the smooth implementation of offshore wind power and other offshore engineering projects, and at the same time contribute wisdom and strength to the technical development and standard formulation in related fields [4].