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海上风电与海洋油气产业融合发展是提高综合能源利用效率，实现海上油气田绿色低碳转型的重要途径。针对海上风电与油气融合开发场景中风资源观测与评估的精细化需求，本文提出了基于海上油气平台部署测风激光雷达的低成本、高精度风资源观测方案，并开发了多源数据融合的风资源评估系统。通过整合激光雷达实测数据、海洋环境数据及油气设施空间信息，实现了一体化、智能化展示和分析，结合地理信息系统实现了场址环境快速分析与风险预判。以某海域油气平台为例进行测试发现，该方法可显著提升海上风电资源评估效率，为油气田周边风电开发提供可靠的数据支撑。
Abstract：The integrated development of offshore wind power and oil & gas is an important way to improve the overall energy efficiency and achieve the green and low-carbon transition of offshore oil & gas fields. In response to the refined requirements for wind resource observation and evaluation in integrated offshore wind power and oil & gas projects, this paper proposes a low-cost and high-precision observation scheme utilizing Doppler wind lidar deployed on existing offshore oil & gas platforms, and develops a multi-source data fusion assessment system. The system combines measured wind data, marine environmental data, and spatial information of oil & gas facilities to enable integrated intelligent visualization and analysis, as well as rapid analysis and risk prediction of site environment leveraging geographic information systems. Taking a certain offshore oil & gas platform as an example, this method can significantly improve the efficiency of offshore wind power resource assessment, providing reliable data support for wind power development around oil & gas fields.
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基本信息:
中图分类号:TM614;TE54
引用信息:
[1]李相春,魏倩,陈亮,等.海上风电与油气融合场景下风资源观测及评估系统开发设计[J].海洋信息技术与应用,2026,41(01):58-64.
2026-02-12
2026-02-12