Wind Resource Assessment
Meatech Solutions
Wind Resource Assessment - Harnessing the Earth's Energy
ZX 300e—Onshore Wind Lidar
Onshore wind measurements from vertical profiling Lidar
- Enhanced wind data with a new generation of Continuous Wave wind Lidar algorithms for superior accuracy, wind direction sensing, data availability and cup-equivalent Turbulence Intensity.
- World first 21-200m Classification to IEC 61400-50-2 with data measured up to 200 metres from ground level and also down to just 21m – the widest, most comprehensive Classification range of any Lidar.
- 21-300 m performance verifications across independent test sites of wind engineering consultants DNV, GeoNet and Pavana.
- Reduced power consumption of just 44W even at -25°C – off-grid power supply fuel is better preserved and autonomy extended.
- New, powerful and secure web-based User Interface supports local and remote, multi-user access and system status checks.
- Remotely measure the wind speed, wind direction and cup- equivalent TI from 10 to 300 metres above ground.
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ZX300M – Offshore Wind Lidar
ZX300M is proud to deliver a fully-marinised wind lidar – ZX300M – for the offshore wind and meteorological industries, founded on the company’s successful and finance-approved remote wind measurement device, ZX300M .
ZX300M is the single most experienced lidar operating offshore with extensive global offshore deployments across a 10 year track record including: the world’s first wind lidar to be used on a fixed platform; the world’s first wind lidar to be used on a floating platform; the first wind lidar to be accepted as DNV GL Stage 3 ‘bankable’ on a fixed platform, and; the world’s first wind lidar to be deployed as standard in dual configuration on a buoy for resource assessment.
ZX TM – Turbine Mounted Wind Lidar
Power Performance Measurements and Testing to IEC standards including IEC 61400-50-3:2022 Accepted by all major turbine OEMs Unique measurements of wakes and complex flow True wind shear and wind veer measurements across the whole rotor. It Validate your wind turbine performance and reach financial close with nacelle-based Lidar Power Performance Testing. Optimise asset performance with operational power curve and yaw measurements. Develop wind farm Lidar control strategies with wake steering and load control.
