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While wind Lidars like the ZX 300 are widely known for their role in the wind energy sector, they’re also tackling a other world challenges - namely methane emissions.

In partnership with TotalEnergies, our wind Lidar is being used in a whole new way: to provide the precise wind data needed for accurate methane monitoring. Why does that matter? Because methane is over 25 times more potent than CO₂ at trapping heat in our atmosphere.

As the shift towards renewable energy gains momentum, innovative hybrid development projects are emerging to maximise efficiency, reliability, and cost-effectiveness. ZX Measurement Services looks at how integrating wind and solar energy assessments can enhance output and stability, exploring essential measurement strategies for optimising these systems.

The global wind energy sector continues to grow at an unprecedented rate, necessitating the adoption of advanced, reliable, versatile and appropriate wind measurement tools. Lidar technology has emerged as an essential solution in this evolving landscape,

This white paper explores the widespread adoption of Wind Lidars, providing evidence that from wind resource assessment to operational monitoring, Wind Lidars can be a trusted tool used globally.

PO.099 WindEurope Technical Workshop, Dublin 2024

Continuous Wave (CW) wind Lidar performance over a 10-year lifetime has been repeatedly demonstrated at the UK’s Remote Sensing Test Site. CW Lidars are subjected to, and suitably thrive in the range of climatic conditions experienced around the world, onshore and offshore, throughout over a decade of operational life.