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CTE Wind - Engineering of Wind Turbine Foundations – SOFT-SPOT®

CTE Wind - Engineering of Wind Turbine Foundations – SOFT-SPOT®With the increase in average turbine size witnessed by the global wind industry over the years, WTG foundations have also become bigger. Therefore, innovation and expertise are crucial to remain competitive and to reduce the costs associated to the WTG foundations.

Up to 20 per cent savings - CTE Wind International is constantly developing new foundation solutions to reduce BoQ volumes, such as the SOFT-SPOT® design for instance. This WTG foundation design optimizes the use of resources, through a simple but efficient mechanism. The central soft layer helps to save concrete, reinforcement and earthworks, compared to a traditional shallow foundation.

WindEnergy Hamburg Stand B1-314 - Meet the experts in wind turbine foundation design at the WindEnergy Hamburg 2022 trade fair, at the Stand B1-314. Members of the management and engineering team will answer your queries.
 
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CTE Wind - Engineering of Wind Turbine Foundations – SOFT-SPOT®

CTE Wind - Engineering of Wind Turbine Foundations – SOFT-SPOT®With the increase in average turbine size witnessed by the global wind industry over the years, WTG foundations have also become bigger. Therefore, innovation and expertise are crucial to remain competitive and to reduce the costs associated to the WTG foundations.

Up to 20 per cent savings - CTE Wind International is constantly developing new foundation solutions to reduce BoQ volumes, such as the SOFT-SPOT® design for instance. This WTG foundation design optimizes the use of resources, through a simple but efficient mechanism. The central soft layer helps to save concrete, reinforcement and earthworks, compared to a traditional shallow foundation.

WindEnergy Hamburg Stand B1-314 - Meet the experts in wind turbine foundation design at the WindEnergy Hamburg 2022 trade fair, at the Stand B1-314. Members of the management and engineering team will answer your queries.
 
  Read More 

CTE Wind - Engineering of Wind Turbine Foundations – SOFT-SPOT®

CTE Wind - Engineering of Wind Turbine Foundations – SOFT-SPOT®With the increase in average turbine size witnessed by the global wind industry over the years, WTG foundations have also become bigger. Therefore, innovation and expertise are crucial to remain competitive and to reduce the costs associated to the WTG foundations.

Up to 20 per cent savings - CTE Wind International is constantly developing new foundation solutions to reduce BoQ volumes, such as the SOFT-SPOT® design for instance. This WTG foundation design optimizes the use of resources, through a simple but efficient mechanism. The central soft layer helps to save concrete, reinforcement and earthworks, compared to a traditional shallow foundation.

WindEnergy Hamburg Stand B1-314 - Meet the experts in wind turbine foundation design at the WindEnergy Hamburg 2022 trade fair, at the Stand B1-314. Members of the management and engineering team will answer your queries.
 
  Read More 

ZX 300: the world’s most validated wind Lidar

ZX 300: the world’s most validated wind LidarThe largest body of evidence of any Remote Sensing Device, comparing the device’s performance to an IEC met mast, has been released by ZX Lidars. The evidence summarises 500 individual ZX 300 ground-based vertically-profiling wind Lidar unit Performance Verifications undertaken the UK Remote Sensing Test Site against an IEC compliant met mast. ZX 300 uniquely measures wind characteristics from just 10 metres and up to 300 metres above ground level.  The results show that ‘out-of-the-box’, a ZX Lidar’s performance demonstrates very high availability across all heights measured, very high accuracy when compared to an IEC compliant met mast and a robust, consistent measure of Turbulence Intensity.
 
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Giants of the Sea – Medium speed wind turbines

Giants of the Sea – Medium speed wind turbinesOver the last years, climate change has become an increasingly central concern for environment and society. In order to meet the future energy demand of the world, capacities must be massively expanded. Winergy foresees the future in offshore wind particularly promising in this respect, like Wood Mackenzie and other experts show in their studies.

Due to growing turbines, medium-speed as a modular design offers a compact and lightweight drive train solution. The Winergy HybridDrive is characterized by high reliability, compact design and high-cost efficiency at system level in increasing power classes. The functional integration of gearbox and generator reduces the length of the power train up to 50%.

As supplier for the HybridDrive system, Winergy offers its customers mechanical and electrical competence to support the growth in renewable energies in onshore and especially offshore wind application.
 

16 reasons to consider using wind Lidar

16 reasons to consider using wind Lidar
Continuous Wave wind Lidars can be safer, faster, cheaper and sometimes even better at measuring the wind conditions than traditional anemometry. These benefits can be realised from Day 1 of a project and, when considering a ‘one Lidar per wind farm’ approach, the benefits can be seen throughout the project lifecycle.
 
The Use Cases presented below have been tried and tested over the last decade or so. Using Lidars in each Use Case helps to inform standards which in turn helps to drive change. Change, for a better and more competitive wind energy industry.
 

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