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May 29, 2026水利电力技术与应用0 citationsOpen Access

风电场基础施工中的地质适应性与技术创新

周周源桂刘刘柯江陈陈凌志

Key Points

  • The aim is to address the challenges of wind farm foundation construction in complicated geological conditions and explore innovative technologies to enhance safety and efficiency.
  • Reviewed major issues faced in foundation construction across different geological conditions.
  • Analyzed principles of geological adaptability in design.
  • Discussed innovations in pile foundation optimization, composite foundation treatment, modular construction, smart monitoring, and digital twin technologies.
  • Identified that meticulous geological surveys and structural-foundation collaborative design can enhance adaptability.
  • Showed that the integration of advanced construction technologies significantly improves reliability in complex geological environments.
  • Concluded that these advancements support the high-quality development of the wind power industry globally.

Abstract

随着全球能源结构向清洁化、低碳化转型,风能作为最具发展潜力的可再生能源之一,其装机容量持续 快速增长。风电场基础作为风电机组与地基之间的关键连接结构,其设计与施工质量直接关系到整个风电项目的结构 安全、运行稳定与经济性。然而,风电场多选址于地质条件复杂、环境敏感的区域,如沿海软土、山地丘陵、高寒冻土、 岩溶发育区等,对基础施工提出了严峻挑战。本文系统梳理了不同地质条件下风电基础施工面临的主要问题,深入分 析了地质适应性设计原则,并重点探讨了近年来在桩基础优化、复合地基处理、模块化施工、智能监测与数字孪生等 领域的技术创新。研究表明,通过地质精细化勘察、结构-地基协同优化设计及先进施工技术的集成应用,可显著提升 风电基础在复杂地质环境中的适应性与可靠性,为我国乃至全球风电产业的高质量发展提供技术支撑。

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Cite This Study

周源桂 et al. (2026) studied this question.

synapsesocial.com/papers/6a192d65fab5b468c441638ahttps://doi.org/10.37155/2717-5251-0806-18
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