Design and Application of an Intelligent Safety Monitoring Platform Based on Offshore Wind Farms

In order to monitor the stress, vibration, and corrosion status of offshore wind power foundation structures in real-time and accurately, the author proposes the design and application of an intelligent safety monitoring platform based on offshore wind farms. Develop an offshore wind power infrastructure safety monitoring system based on Internet of Things technology and cloud platform technology, which can meet the requirements of automatic monitoring of offshore wind power infrastructure safety. It integrates functions such as real-time data monitoring and transmission, remote measurement and control, data analysis and early warning, and can remotely read the structural safety data of wind turbine infrastructure under various working conditions, and conduct structural safety assessment and analysis. The results show that using Chrome browser to test the response time of each operation in the system, the response time of each operation in the system is within 200ms, which can meet the real-time requirements of the monitoring system. Conclusion: This platform provides data support for comprehensive analysis of the lifespan and safety of wind turbine foundation structures.