Windcube on field in front of windmills

WindCube® 2.1 XP

World’s most accurate vertical wind lidar, delivering bankable wind resource data for your utility scale wind projects
WindCube 2.1 XP

Bankable wind data beyond your met mast measurements

Complement your met mast measurements or use WindCube as a stand-alone solution for accurate and bankable wind data.

  • Capture wind data from the full rotor sweep height with measurements that reach up to 400m
  • Faster deployment and lower costs with no permitting
  • Get data simultaneously from 20 heights for full wind profile
  • Easily relocate your WindCubes to capture spatial variations of your site

Accuracy where it matters most

Critical measurement heights for large and utility scale wind projects range between 60m to 270m (rotor sweep height). WindCube uses pulsing technology featuring constant probe volume and patented wind reconstruct algorithm to achieve the industry's lowest measurement uncertainties for heights that are the most important for your wind resource assessment (WRA).

Figure
Vaisala Compass addresses the industry’s most pressing weather-related challenges

Simple fleet management, data hosting and post-processing

Get the most out of your WindCubes with Compass software 

  • Access historical wind data for initial site selection
  • Manage, configure and monitor your WindCubes remotely
  • Collect and store bankable wind data
  • Complex terrain estimator tool helps you to choose the right reconstruction method
  • Improve data availability with the booster algorithm
  • Evaluate weather data for wind resource assessment

Features behind WindCube 2.1 XP accuracy

Constant probe volume

Unlike continuous wave lidars, WindCube uses constant probe volume which means all 20 heights can be measured simultaneously without compromising accuracy or data availability.

Unique wind reconstruction algorithm

IEC classified and patented hybrid wind reconstruction algorithm lets you blend scalar and linear methods to reduce sensitivity to turbulence.

Vertical wind measurement

WindCube’s unique capability to measure vertical wind allows better performance in conditions with wind variations. The embedded Flow Complexity Recognition (FCR) algorithm enables reliable wind data even in moderately complex terrain.

Trusted and validated by the wind energy industry

WindCube is the first wind lidar that has IEC classification with extended range up to 200m with industry’s lowest uncertainties.

Read IEC classification report

“The results from this trial show, that the WindCube 2.1 XP has significantly improved data availability with equal wind speed measurement accuracy.” 

says DNV's Technical Letter

Read DNV data availability report

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Exceptional data availability even in clean air conditions

Low aerosol environments can be difficult for wind lidars causing reduced data availability.

Increased laser power output and fine-tuned detector sensitivity in WindCube significantly improves the data availability in low aerosol environments making it suitable for use in areas with clean air.

Boost your data availability even further with the new post-processing algorithm featured in Compass software. 

Compass software user interface terrain tool

Capable in complex terrain

WindCube is the only wind lidar you can use in moderately complex terrain without having to post process the data. This is possible by measuring vertical wind speed with a dedicated beam in combination with the proven Flow Complexity Recognition (FCR) algorithm. 

For truly complex terrain, you can use Computational Fluid Dynamics (CFD) correction methods and input correction factors to your dataset in Compass software.

WindCube goes anywhere

Image courtesy of JWD

Cold conditions

Winter kit for reliable operations in cold and snowy conditions

Image courtesy of JWD

Complex-Terrain-Panel-800x450

Hard to access locations

Small size and weight combined with low power requirements allow installations to even difficult locations

Image courtesy of ISAE-SUPAERO

Image courtesy of Akrocean

Offshore

WindCube Offshore Edition is trusted by the leading offshore developers around the world 

Image courtesy of Akrocean

Birds eye view looking straight down on lithium mining ponds in the desert

Suitable for remote locations

Low nominal power consumption of only 35W frees WindCube to operate with smaller powering solution than other wind lidars. 

WindCube 2.1 XP

Everything you need to get started quickly

  • Installation services
  • Online and on-site training
  • Power packs for remote power supply
  • 3G/4G router or satellite connectivity for remote locations •Winter kit for heavy snow and cold conditions
  • PTH sensor with rain measurement (WXT535)
  • Pre-certified WindCube units for accelerated deployment Compass cloud software for remote management and data hosting 
Two people looking at Vaisala's calibration certificate

Unmatched service network

Ensure maximum uptime and reliability of your lidars without having to ship the units off-site. 

  • Industry’s best 5-year warranty
  • Global on-site maintenance and repair services
  • 7 local service centers
  • Lidar verification services with 3rd party certification bodies

Get started with WindCube 2.1 XP today

Contact Vaisala to learn how to put the industry's most accurate wind measurement to work for your needs.

“With its performance enhancements, the WindCube 2.1 XP offers a highly effective solution for use of wind lidar in combination with measurement masts in complex terrain. This makes it an invaluable tool for accelerating the development of wind energy projects, reduces risk and improves site knowledge,  especially in remote or complex locations.”

Florian Lachinger, MSc
Senior Consultant Wind Measurement
Energiewerkstatt Verein​

”Not only does this strategy result in safer, bankable measurement campaign, a 12-month standalone lidar measurement campaign is also faster (no planning or premissions delays) and cheaper (37% savings) than a traditional met mast measurement campaign.”​

Iain Campbell​
Senior Technical Analyst and Wind Resource Manager, RES

Case study: Wind lidar stands alone for WRA

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