eBook Collection

This eBook explains what's behind each algorithm, what the validation data shows, and why turbine OEMs and independent consultants are now...

You’ll discover how advanced lidar technology combined with intelligent software can help you reduce uncertainty and support decision-making...

Download eBook: Scanning lidar in wind energy- Key applications and benefits

Discover how wind energy leaders are leveraging lidar to support all types of offshore wind measurement projects.

Download your free copy of this guide to unlock the full potential of weather intelligence for your wind energy farms and stay ahead in the...

The wind industry is expanding rapidly, including into complex terrain where the wind flow isn’t uniform. Thankfully there are modeling...

Even a minor difference between estimated and actual energy output creates substantial financial impacts.

Scanning lidar is often referred to as the “swiss knife” of wind lidars. As the wind energy landscape continues to evolve, the role of scanning...

Wind farm profit & loss is highly influenced by wind and weather, but you can quickly optimize your assets by knowing the present and upcoming...

A successful Wind Resource Assessment campaign provides accurate, bankable data that reduces uncertainty and gives investors confidence.

Offshore wind energy is accelerating globally. The industry stakeholders are addressing unique wind measurement challenges, from accurate wind...

Vaisala is committed to advancing lidar technology and the wind energy industry through rigorous research and innovation.

WindCube Scan is the most trusted lidar for improving meteorological observation networks and forecasting.

Backed by continuous innovation and industry advocacy, lidar is becoming universal — meeting multiple needs and applications, deployable in...

The wind industry is expanding, and the need for wind farms located in complex terrains is increasing as land in simpler terrain becomes less...

Lidar is becoming standard for WRA: Speed of deployment, measuring capabilities and accuracy with ever-growing hub heights, cost, mobility, and...

The new IEC 61400-50-3 standard provides the wind energy industry with extensive guidelines for the use of nacelle-mounted lidars for PPT.

Knowledge of true wind conditions is vital for wind-assisted ship propulsion system development, effectiveness, and design optimization.

Dual scanning lidar provides a comprehensive picture of the wind resource profiles by observing an offshore location from several positions.

A look at three forward-thinking ways these versatile remote sensing solutions are being used to propel wind energy, onshore and offshore.

Nacelle-mounted lidar: New advances in Power Performance Testing, optimization, and financial outcomes in wind energy