As a crucial clean energy source to address the global energy crisis and promote sustainable development,the safe and stable operation of offshore wind power is of paramount importance.In this context,the global development trend of offshore wind power detection technology and the development strategies for China have become focal points of research.Utilizing data from the IncoPat patent database,this article employs IPC co-occurrence analysis and technology maturity analysis to deeply explore the patent dynamics,geographical distribution,applicant composition,and technological directions of global offshore wind power detection technology.The study finds that offshore wind power detection technology is in a rapid growth stage,with China leading the world in patent numbers.The mainstream technologies focus on reducing operation and maintenance costs and enhancing the safety and reliability of systems.The innovation of this article lies in revealing the evolution paths and future development trends of key technologies and proposing specific development strategies based on China's actual situation.The analysis indicates that future technological advancements will further concentrate on the integrated application of intelligent and automated detection systems.This article provides valuable insights into the innovation and application of global offshore wind power detection technology,serving as an important reference for promoting technological progress and industrial upgrading in this field.
offshore wind power detectionpatent data analysisglobal development trenddevelopment strategies for chinatechnological evolution paths
NETL
NSTL
万方数据
