In a strategic move that marks a milestone for wind energy innovation in Africa, ZX Lidars, in collaboration with Globeleq South Africa Management Services, has deployed the ZX TM Wind Lidar at the Klipheuwel Wind Farm in South Africa.
This high-tech installation is designed to provide real-time insights into wind conditions affecting turbine performance. The deployment represents a proactive approach to improving turbine efficiency, minimizing component degradation, and enhancing operational decision-making across the wind energy sector.
A Smart Approach to Wind Analysis
At the core of this project is the ZX TM Wind Lidar — a remote sensing device that measures wind velocity and direction from a distance using laser pulses. Unlike traditional met masts, the ZX TM operates without the need for physical tower structures, offering cost savings, flexibility, and faster deployment.
The technology delivers precise data on wind flow patterns before they reach the turbine. This early warning system allows wind farm operators to better understand wind shear, turbulence intensity, and directional changes. As a result, turbine control systems can adapt proactively, reducing mechanical wear and improving energy output.
Supporting Smarter Operations at Klipheuwel
Located in the Western Cape, the Klipheuwel Wind Farm is known for its complex wind patterns. These dynamic conditions can cause strain on turbine components and reduce efficiency over time. That’s why deploying an advanced wind lidar like the ZX TM is particularly valuable in this environment.
Nico Lombard, Asset Manager at Globeleq South Africa, said the technology has already proven its worth:
“The ZX TM Wind Lidar has been operational on this complex site for several months now, and we’re pleased with the early findings. We’ve identified areas for performance improvement and now have a deeper understanding of wind behavior at the site.”
This data is vital for power curve verification, yaw misalignment correction, and optimizing turbine angles — ultimately extending the life of the infrastructure and increasing reliability.
Expert Collaboration Behind the Project
Globeleq’s local team worked closely with Chris Slinger, Senior Scientist at ZX Lidars, who led the data analysis process and supported integration.
“Our technology provides high-resolution wind data in real-time,” said Slinger. “This allows for more informed operational choices, lower component stress, and better overall reliability. The results so far have been very promising.”
This collaboration between local and international expertise exemplifies the kind of partnerships that are helping advance renewable energy capabilities across the African continent.
Paving the Way for Smarter Renewable Energy
As energy demands rise and the continent shifts toward sustainability, technologies like the ZX TM Wind Lidar will play a central role in modernizing infrastructure and improving outcomes.
Wind farms in South Africa and across Africa face a unique mix of challenges — from fluctuating wind conditions to extreme weather patterns and remote locations. Having access to accurate, real-time wind data is essential to optimize performance and reduce costly downtimes.
The ZX TM Wind Lidar’s deployment is a clear signal that Africa’s wind energy sector is embracing advanced technologies that support digital transformation, cost efficiency, and long-term resilience.
Why This Matters for the Industry
For wind energy developers, investors, and government stakeholders, this deployment offers a practical case study on how smart measurement tools can enhance the bottom line. With better data, comes smarter planning, more efficient energy generation, and greater return on investment.
The Klipheuwel installation also opens doors for similar deployments across Kenya, Egypt, Morocco, and other African nations exploring utility-scale wind energy. By leveraging this kind of technology, countries can fast-track their renewable energy goals and reduce reliance on fossil fuels.
The successful deployment of the ZX TM Wind Lidar at Klipheuwel Wind Farm sets a precedent for innovative, data-driven wind farm management in Africa. It’s a shining example of how technology, collaboration, and foresight can drive the continent toward a cleaner, more efficient energy future.
