DeepCLidar

DeepCLiDAR 2.0 buoy system

DeepCLiDAR: A Carbon Trust Stage2 Certified Floating LiDAR

CLS DeepCLiDAR, designed and built by CLS in partnership with the University of Maine, has obtained Stage 2 Carbon Trust Certification, making CLS a unique global provider of integrated in-situ, radar satellite, and high-resolution modeling wind solutions for the offshore wind industry.

Designed to undertake offshore wind resource assessment and metocean site characterization measurement and monitoring.

in situ data icon

ZX 300MLiDAR sensor
Wind profiles up to 300 m

wave icon

Wave Measurement
Seaview 603 HR Sensor

current icon

Current Measurement
Broad range of current sensors

multi source data icon

Two-way communications
for data transmission and buoy system control and management

A Modular, Adaptable and Hurricane Resistant Floating Lidar

CLS’ first DeepCLiDAR buoy was produced at the Woods Hole Group facility in Bourne, MA, and, deployed next to the Woods Hole Oceanographic Institute (WHOI) ASIT FLiDAR test site for over 7 months. The buoy withstood the impact of Hurricane Franklin, the second most intense of 2023, and provided data considered as Carbon Trust’s Stage 2 best practice level according to DNV independent analysis.

CLS has now embarked on an industrial mode, establishing its FLiDAR production facility in Cape Town, at CLS Southern Africa’s premises.

CLS Group DeepCLiDAR buoy systems are available through CLS Offices in Europe, the USA, South Africa, Australia, Brazil, and Indonesia to the offshore wind market providing robust, accurate, harsh environment, eco-friendly, wind resource and metocean site characterization.

Leveraging Offshore Wind Measurement

  • For all environments.
  • Able to be deployed in shallow and deep waters.
  • Configurable LiDAR wind profile measurements at several levels from
    19 m to 300 m above sea level.
  • Configurable wave and meteorological measurements.
  • Current profile measurements from a variety of configurable sensors.
  • Two-way communications for data transmission and buoy system
    management.
  • Modular construction for easy transportation.
  • Based on buoy system technology that has over 10 years operability
    and reliability.
  • Capability to support a range of environmental sensors.
deep c lidar buoy

Production Facility in Cape Town, South Africa

CLS has established a production facility for DeepCLiDAR in Cape Town, located within our CLS Southern Africa subsidiary.

This marks a crucial milestone toward achieving self-sufficiency in production capacity, increasing output, and ensuring top-quality solutions at competitive prices.

Latest News

Wind Tech4Good with CLS DeepCLiDAR for Offshore Wind Assessment

Tech4Good initiatives aim at using technology to enhance environmental sustainability as wind power solutions.

The Global Energy Transition: A Pressing Shift for a Sustainable Future – Interview with Mauricio Fragoso

Wind and solar power generation continued to grow in the first half of 2024 in the European Union, surpassing that of declining fossil fuels.

Major Milestone for Renewable Offshore Wind Energy

With DeepCLiDAR Stage 2 Carbon Trust Certification, CLS becomes the only global provider of integrated in-situ, radar satellite, and high-resolution modeling wind solutions for the offshore wind industry.