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Ground-based Wind Lidar

Designed to measure up to 350m.
The optimal replacement of meterological towers.

WIND-DJ300

This compact ground-based wind lidar measures wind speed and direction by sending a laser beam into the atmosphere. 
 

Accuracy & Reliable:
- Accurate and reliable data

- Provides precise wind speed, direction, vertical wind speed, and turbulence intensity measurements up to 350 m.
- Optional upgraded version to reach up to 500 m. 

Certification:
- Globally certifed performance
- Verified by leading international certification bodies to ensure accuracy and compliance for bankable assessments
 

Proven track record:

- Deployed worldwide for resource assessment, wind farm development, and academic research.

Flexible deployment options:

- Operates as a standalone system or fully integrated with ArpenNova’s solar trailer solutions for off-grid power supply.


The result is accurate, real-time wind field measurements over the target area.

Why choose a ground based wind Lidar against Met Mast?

•    Measure at multiple heights simultaneously from a single location. 
•    Faster deployment and relocation, reducing project timelines. 
•    Lower installation and maintenance costs with no large tower construction required. 
•    Improved safety by eliminating the need for technicians to climb masts. 
•    Minimal environmental impact and a smaller site footprint. 
•    Flexible use across project phases, from resource assessment to operational performance verification. 
•    Easy redeployment between sites, maximizing equipment utilization and return on investment.

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Bankable. Accurate. Flexible.

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Our IEC certified, ground-based LiDAR delivers trusted wind measurements that reduce uncertainty, accelerate development, and maximize the value of your wind energy projects.

Application Scenarios

  • Bankable Wind Resource Data for Accurate AEP Estimates

  • Improve Energy Yield Assessments with High-Accuracy LiDAR Measurements

  • Reduce Uncertainty in Annual Energy Production (AEP) Predictions

  • Trusted Data for Bankable Energy Yield Analysis

  • Precision Wind Measurements for Reliable Energy Yield Assessments

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