Wind & Marine Engineering

Construction works offshore are a challenge. As your reliable partner for all demanding Technical interfaces, we understand the particular requirements of this special environment.

Wind & Marine Engineering
Integral Load Assessment

 

We take charge of the interface management and prepare the concept for an integral load assessment. Finally, we assess the loads of the turbines, as well as structures and foundations, for onshore and offshore installations.

 

Structural Design and Analysis

 

We allow you to profit from our long-lasting experience. Leave the design of tower and foundation of your offshore-structure to us. We can provide feasibility studies and cost analysis, as well as tenders and final design.

 

Technical Specification of the Turbine

 

We define the project-specific requirements of the turbine and offer support during all stages – from preliminary planning to cost estimation, tender and, finally, project execution.

 

Wind Farm Layout

 

We optimise your layout based on applicable technical and economical limits. We increase the efficiency of your planning process and, thus, optimise the yield of your wind farm by taking site-specific parameters into account, such as soil conditions, turbulence from neighbouring wind farms, grid layout, and the costs of foundations and electrical cable.

 

Energy Yield Assessment

 

We analyse the site-specific design parameters of your planned wind farm. We predict the energy yield of your project, taking turbulence effects into account. Thus, your financing is based on independent, scientific calculations, not guesswork.

 

Calculation of Availability / Loss Calculations

 

As independent experts, we calculate the technical availability of your wind turbines. Based on operational data from your wind farm, we calculate the achieved availability. On this basis, we provide loss calculations in accordance with the requirements of the TSO.

 

Simulation of Logistic and Installation Process in the Large-Scale R&D Wind Tunnel

 

We use our acoustically-optimized large-scale wind tunnel to simulate the influence of critical wind speeds on the transport and installation of your offshore turbine. At realistic Reynolds numbers of up to 6 000 000 and wind speeds of up to 100 m/s.

 

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