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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

Nacelle-based Wind Lidar

Designed to measure wind vector field of up to 750 meters in front of the wind turbine rotor.
The optimal solution to adjust turbine status to increase efficiency & minimise maintenance.  

WIND-JC

This compact nacelle wind lidar measures wind ahead of a wind turbine using advanced Doppler lidar technology.
 

Accuracy & Reliable:
- Accurate and reliable data

- Provides precise wind speed, direction, shear and turbulence in a wind vector field of 750 meters in front of the wind turbine rotor

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

Proven track record:

- Deployed worldwide for efficiency, turbine optimisation, bankable energy collection 

Flexible deployment options:

- Operates as a fully integrated plug & play with the power supply.


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

Why choose a nacelle wind lidar?

Predict. Adapt. Perform.

See the wind before it reaches the rotor - enabling proactive control, increased energy production, and reduced turbine loads.

Bankable. Accurate. Flexible.

  • Bankable Accuracy – High-precision wind measurements for confident decision-making.

  • Certified Performance – Independently validated to international standards.

  • Proven Globally – Trusted across wind farms worldwide for optimization and performance verification.

  • Wind Preview Intelligence – Measure approaching wind conditions up to 750 m ahead of the rotor.

  • Plug-and-Play Integration – Fast deployment with seamless turbine connectivity.

  • More Energy, Lower Loads – Enable proactive control strategies that increase energy capture while reducing structural stress.

Application Scenario

  • Yaw Optimization

  • Feedforward Control

  • Wind Farm Optimization

  • Blade Load Analysis

  • Wake Measurement & Characterization

  • Power Performance Testing

  • Energy Yield Enhancement

  • Performance Verification & Monitoring

3D Scanning Wind Lidar

Designed to deliver accurate, real-time 3D wind measurements within a 4km radius.
The optimal solution for applicable for measurement of complex air flow, wind turbine wake measurement, complex terrain applications.

HM-3D

This compact 3D Scanning Wind Lidar is affective for complex terrain studies, wind turbine wake monitoring, airport wind shear detection, urban meteorological observation, high-altitude turbulence monitoring, and other advanced wind measurement applications.
 

Accuracy & Reliable:
- Accurate and reliable data

- Provides multi use application

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

Proven track record:

- Deployed worldwide for efficiency, turbine optimisation, bankable energy collection 

Flexible deployment options:

- Operates as a fully integrated plug & play with the power supply.


The result is a flexible, accurate, multi use application.

Why choose a 3D Scanning Wind Lidar?

  • Applicable for measurement of complex air flow

  • Wind turbine wake measurement

  • Complex terrain applications

  • Small volume and weight, convenient for installation and transport

Bankable. Accurate. Flexible.

Our IEC certified, 3D Scanning Wind LiDAR delivers trusted wind measurements that reduce uncertainty with a vertical detection range of 6km and horizontal scanning range of 15km.

The system can be installed on mountain peaks, ridges or in valleys and can help overcome terrain blocking limitations that may affect conventional ground based lidar systems. 

Application Scenario

  • Applicable for measurement of complex air flow

  • Wind turbine wake measurement

  • Complex terrain applications

  • Small volume and weight, convenient for installation and transport

  • Can be easily configured with wireless and easy data download

  • Wireless access

  • Can be deployed quickly under harsh onshore & offshore sites

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