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Global Wind Atlas Overview

The Global Wind Atlas is an innovative online platform developed by the Technical University of Denmark (DTU) in collaboration with the World Bank. It serves as an international public resource providing detailed and high-resolution global wind energy data, facilitating decision-makers, investors, and researchers to accurately assess and plan potential wind energy development projects worldwide.

Website Access

To access the Global Wind Atlas, visit globalwindatlas.info, where users can explore and download high-resolution wind resource maps for GIS use.

Website Language

The Global Wind Atlas is available in multiple languages, ensuring accessibility for users from different regions and linguistic backgrounds.

Product Features

Global Wind Atlas offers fine-grained analysis of wind speed and wind energy potential, integrating the latest climate models, satellite observations, and ground measurements to generate detailed wind distribution maps at various heights. Users can obtain key information such as annual average wind speed, direction, and energy density for specific geographic locations and altitudes, providing robust data support for wind farm site selection, design, and feasibility studies.

Industries and Fields

The platform is primarily targeted at the wind energy industry, particularly for the planning and development of wind farms, and serves professionals in renewable energy, environmental studies, and economic development sectors.

Usage Scenarios

Global Wind Atlas is used for identifying promising areas for wind development, calculating annual energy production, and overlaying additional data such as electricity transmission lines, roads, and population centers to guide planners in selecting optimal locations for wind energy development.

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Impact and Contribution

Since its launch, the Global Wind Atlas has played an active role in promoting the development of global renewable energy. It has not only lowered the barriers for emerging and underdeveloped regions to enter the wind energy industry but also provided a scientific basis for further optimization in mature markets. Governments, businesses, and research institutions worldwide can utilize this free tool to strategically plan for clean energy more scientifically and rigorously, thereby contributing to global carbon reduction goals and the transformation of energy structures.

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