ZX Lidars – a global leader in wind measurement technology
As renewable energy continues to advance, precise wind measurement remains essential — and that’s where ZX Lidars leads the way. Offering Lidar technology that provides fast, accurate and reliable wind data, ZX Lidars (ZX 300, ZX 300M and ZX TM wind Lidars) have become the industry standard for wind measurement. Our technology is quite literally ‘the way to measure wind’.
Key Highlights
- Global Leader: ZX Lidars is a pioneer in wind Lidar technology, with over 18,000 deployments across more than 100 countries.
- Trusted Data: Our systems are validated by leading consultants including DNV, UL, Deutsche WindGuard, Natural Power, Wind Pioneers and Pavana, providing low and manageable levels of uncertainty for wind energy projects.
- Versatile Applications: In renewable energy, our Lidars are deployed onshore, offshore, and on wind turbines. We also support vertical take-off and landing (think airports, droneports spaceports and helidecks, onshore and offshore) and emissions monitoring. If you need to measure the wind, our family of wind Lidars will be able to support you in doing so.
- Robust Performance: Our Lidars operate reliably in extreme environments, including temperatures as low as -40°C to +50°C.
Understanding Wind Lidar Technology
Lidar, short for Light Detection and Ranging, is a proven remote sensing technology that accurately measures wind conditions by using laser light to detect the movement of particles in the air. Wind Lidars emit eye-safe, invisible laser beams into the atmosphere to detect and measure wind speed, direction, and turbulence, by analysing the backscattered light from particles in the air using the Doppler shift principle. ZX Lidars uses this technology to capture detailed wind profiles without the need for traditional met masts, offering a more flexible and less intrusive solution for wind assessment. This enables better-informed decisions in wind resource assessment, turbine siting, and operational performance monitoring.
ZX Lidars: Pioneering Wind Measurement
A Legacy of Innovation
ZX Lidars has a rich history of innovation in wind measurement technology. Our dedication to Lidar technology has led to the development of products that are not only accurate but also robust and adaptable to various environments. With over 18,000 deployments in more than 100 countries, our systems have become synonymous with reliable wind measurements and data collection.
Versatility Across Applications
Onshore Deployments
For onshore wind projects, the ZX 300 provides vertical profiling from 10 to 300 meters. This range allows for comprehensive wind resource assessments in various terrains, including complex and forested areas. The ZX 300’s mobility and ease of deployment make it an ideal choice for developers seeking accurate wind data without the logistical challenges of erecting met masts.
Offshore Excellence
Offshore wind energy projects benefit from the ZX 300M, a marine variant designed for the harsh conditions experienced at sea. Over 90% of global offshore measurements have been taken by ZX 300M, estimating more than £150 billion in clean energy investments supported by data from the ZX 300M in the last few years alone.
Turbine-Mounted Solutions
Our ZX TM, a turbine-mounted Lidar enables power performance testing and optimisation of operational wind turbines. By providing real-time measurements of wind speed and direction approaching the turbine, the ZX TM facilitates enhanced turbine control and wind farm operational strategies, contributing to increased efficiency and energy output.
Conclusion
ZX Lidars exemplifies ‘The Way to Measure Wind’ through our innovative and reliable Lidar technology and suite of products. Our commitment to excellence has positioned us as a leader in the wind energy sector, providing critical data that drives the development and optimisation of wind projects worldwide.
As the demand for renewable energy continues to grow, ZX Lidars’ technology will remain integral to harnessing the power of the wind efficiently and sustainably.
