Wind turbine technology

Energy

Our wind farms and wind turbines simulation and analysis expertise enables us to provide you with control solutions that are both underpinned with a unique understanding of up-to-date technology, and integrated into the overall turbine design process.

Services

Design assistance for renewables

Energy

Design assistance for renewables

DNV's renewables design assistance service offers you complete support from early stage development to energization of a project.

Wind turbine appraisal

Energy

Wind turbine appraisal

DNV's wind turbine appraisal service guides you in choosing the best model for your project, providing an overview of technical risks and their mitigation.

Advanced probabilistic analysis

Energy

Advanced probabilistic analysis

DNV’s advanced probabilistic analysis uses a comprehensive and detailed approach, helping wind turbine designers reduce cost of turbines and energy.

Bladed concept model design and delivery

Energy

Bladed concept model design and delivery

Bladed is trusted around the world. It is the leading commercial aeroelastic tool for wind turbines and is used by eight out of the top ten OEMs worldwide.

Control algorithm design for wind farms

Energy

Control algorithm design for wind farms

DNV's global control algorithm design services for on- and offshore wind farms help you deliver the most cost-competitive generation devices possible.

Cost of energy modelling for offshore wind farms

Energy

Cost of energy modelling for offshore wind farms

Cost of energy modelling by DNV analyses your offshore wind farm variables, helping you understand component effects and reduce the cost of energy.

Inter-array grid design for offshore wind farms

Energy

Inter-array grid design for offshore wind farms

DNV provides inter-array and substation electrical design concepts and planning for offshore wind farms

Interconnection studies and agreement review

Energy

Interconnection studies and agreement review

By assessing TSO/DSO interconnection study assumptions and results, DNV allows renewable plant developers to negotiate fair interconnection agreements.

Mechanical engineering of wind turbines

Energy

Mechanical engineering of wind turbines

DNV's mechanical engineering services for wind turbines help you create cost-competitive turbine designs that can be optimized for specific locations.

Mechanical systems engineering for wind turbines

Energy

Mechanical systems engineering for wind turbines

DNV's mechanical systems engineering streamlines turbine design via technology transfer, training and efficient cooperation with the supply chain.

Offshore grid connection management

Energy

Offshore grid connection management

DNV provides owner's engineer services for offshore grid connections, supporting utilities and project developers in their dealings with TSOs and manufacturers.

Offshore load analysis

Energy

Offshore load analysis

DNV’s integrated offshore load analysis provides you with turbine and support structure load envelopes, crucial when building an offshore wind farm.

Offshore power grid concepts and planning

Energy

Offshore power grid concepts and planning

DNV’s offshore power grid concepts and planning services help you assess the technical and commercial value of offshore power grid projects

Renewables.Architect: optimized levelized cost of energy for wind farms

Energy

Renewables.Architect: optimized levelized cost of energy for wind farms

With pressure to reduce the levelized cost of energy for wind installations, DNV offers powerful tools for concept design and cost modelling.

Site-specific mechanical load assessment for wind turbines

Energy

Site-specific mechanical load assessment for wind turbines

DNV's site-specific mechanical load assessment delivers proof of wind turbine structural integrity and onshore and offshore site suitability.

Structural design and analysis for wind and offshore renewables

Energy

Structural design and analysis for wind and offshore renewables

From design and analysis to support, we help you ensure your wind or offshore renewables energy devices meet all requirements, and are delivered on time.

System integration analysis for wind farms

Energy

System integration analysis for wind farms

DNV's system integration analysis services ensure your wind farm systems perform they way they were intended.

Tower.Architect: optimized wind turbine tower design

Energy

Tower.Architect: optimized wind turbine tower design

DNV offers a robust digital tool for rapid, optimized wind turbine tower design that meets the very latest standards.

Turbine.Architect: advanced wind turbine modelling tool

Energy

Turbine.Architect: advanced wind turbine modelling tool

DNV’s Turbine.Architect advanced modelling tool and expert support help answer design and cost questions for your wind turbine, component or farm.

Wind farm control

Energy

Wind farm control

DNV offers industry-leading experience and proven tooling that puts owners in charge of the control and optimization of their wind farm.

Wind farm control and grid integration

Energy

Wind farm control and grid integration

DNV helps you optimize your wind farm design and operation for ideal balance of energy production, loading and grid ancillary service provision.

Wind turbine control system design

Energy

Wind turbine control system design

Take control of your wind turbine control system with DNV's fully independent design and testing services.

Wind turbine load comparison

Energy

Wind turbine load comparison

Crucial towards gaining certification, DNV's load comparison service for onshore and offshore wind turbines helps confirm numerical modelling accuracy.

Wind turbine site suitability tool

Energy

Wind turbine site suitability tool

Building on decades of site specific load assessment experience, DNV’s site suitability tool helps to bring your site-specific loads to life to enhance onshore and offshore wind turbine project evaluation.

Wind turbine tower design

Energy

Wind turbine tower design

Proven design, review and analysis services help you to cost-effectively optimize your wind turbine tower design.

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