%0 Journal Article
%T 气候变化影响的风资源评估方法及其对风电场设计的指导意义
Wind Resource Assessment Method for Climate Change Impact and Its Guiding Significance for Wind Farm Design
%A 胡惠媛
%A 哈图
%J Adances in Marine Sciences
%P 99-110
%@ 2376-4279
%D 2025
%I Hans Publishing
%R 10.12677/ams.2025.122011
%X 气候变化对风资源影响显著，本文提出了一种新的风资源评估方法，并探讨了其在风电场设计中的应用，为风电开发提供科学指导。通过综合分析气候变化概述与风资源变化特征，该研究揭示了气候变动对风能影响的内在机制。本研究收集并处理了大量风速数据，构建了高效的风资源评估模型，并通过实证验证实现了方法论的改进。针对风电场设计，本文制定了相应的设计参数调整原则和优化选型策略，进一步调整了风电场布局以适应气候变化的挑战。讨论了风资源评估在风电项目规划、风险管理以及产业政策建议制定中的重要意义。本文的研究成果为风电领域的决策者和工程师提供了重要的参考，有助于促进风电产业的可持续发展。
As climate change significantly impacts wind resources, this paper proposes a new method for wind resource assessment and explores its application in wind farm design, providing scientific guidance for wind energy development. Through a comprehensive analysis of the overview of climate change and the characteristics of wind resource variations, the study reveals the underlying mechanisms by which climate change affects wind energy. This research collects and processes a substantial amount of wind speed data, constructs an efficient wind resource assessment model, and achieves methodological improvements through empirical validation. For wind farm design, this paper establishes corresponding principles for adjusting design parameters and optimizing selection strategies, further modifying wind farm layouts to accommodate the challenges posed by climate change. The importance of wind resource assessment in wind project planning, risk management, and the formulation of industrial policy recommendations is discussed. The findings of this study provide significant references for decision-makers and engineers in the wind energy sector, contributing to the sustainable development of the wind power industry.
%K 气候变化，
%K 风资源评估，
%K 风电场设计，
%K 风速数据处理，
%K 风能开发策略，
%K 评估模型构建
Climate Change
%K Wind Resource Assessment
%K Wind Farm Design
%K Wind Speed Data Processing
%K Wind Energy Development Strategies
%K Evaluation Model Construction
%U http://www.hanspub.org/journal/PaperInformation.aspx?PaperID=116488