Wind power is one of the major energy resources that are important components of future energy scenarios.Wind Energy offers a major forum for the reporting of advances in this rapidly developing technology with the goal of realising the world-wide potential to harness clean energy from land-based and offshore wind. The journal aims to reach all those with an interest in this field from academic research, industrial development through to applications, including individual wind turbines and components, wind farms and integration of wind power plants. Contributions across the spectrum of scientific and engineering disciplines concerned with the advancement of wind power capture, conversion, integration and utilisation technologies are essential features of the journal.Principal TopicsWind rotors and blades - aerodynamics, aero-elastics, aero-servo-elasticity, aero-acoustics, wakes, rotor and blade design.Structural and mechanical components modeling and design.Electrical engineering of wind power - electrical components, power electronics and controls, generators, grid connection, integration and control of wind power plants.Dynamics and control - control algorithms, sensors, actuators, and load mitigation strategies.Development of resource assessment techniques- prediction, modelling, atmospheric physics, wind farm planning, siting (including off-shore developments), economics and environmental issues.Concept innovations, modelling, systems - design, installation, operation, performance, optimisation and control; small, hybrid and autonomous systems and applications other than grid connection such as desalination, water pumping and heating.Operations and maintenance – reliability, maintainability, condition monitoring, predictive maintenance, and economics.

風力發電是未來能源情景的重要組成部分之一。風能為報告這項快速發展的技術的進展提供了一個主要論壇，目的是實現利用陸基和海上風能的清潔能源的全球潛力。該雜志的目標是接觸到所有對這一領域感興趣的人，從學術研究、工業發展到應用，包括單個風力渦輪機和組件、風力發電場和風力發電廠的整合。在科學和工程學科的各個領域中，與風力發電捕獲、轉換、集成和利用技術的進步有關的貢獻是該期刊的基本特征。主要議題風轉子和葉片-空氣動力學，空氣彈性，空氣伺服彈性，空氣聲學，尾流，轉子和葉片設計。結構和機械部件建模和設計。風力發電電氣工程-風力發電廠的電氣元件、電力電子和控制、發電機、電網連接、集成和控制。動力學和控制-控制算法、傳感器、執行器和負載緩解策略。資源評估技術的發展——預測、建模、大氣物理、風電場規劃、選址（包括離岸開發）、經濟和環境問題。概念創新、建模、系統-設計、安裝、操作、性能、優化和控制；小型、混合和自主系統以及除電網連接以外的應用，如脫鹽、抽水和加熱。操作和維護——可靠性、可維護性、狀態監測、預測性維護和經濟性。