Offshore Wind

Data to support your investment decisions in wind energy infrastructure

Data first and data last

Exploding quantities of data in the offshore wind industry have the potential to fuel a new era of injecting valuable data and intelligence into decision-making processes. TGS can leverage long-term experience in Data Analytics, Imaging capabilities, and large amounts of geoscience data to enlighten your offshore wind development and investment decisions. Our current energy data library now includes exclusive regional wind energy datasets offshore East Coast US and the entirety of offshore Scotland. We also possess detailed bathymetry information, geochemistry analysis, and shallow subsurface imaging in current and future wind farm development areas. Sign up for future updates on our constantly expanding wind data resource.


TGS 4C Offshore Logos

TGS Acquires 4C Offshore Ltd.

In May 2021, TGS acquired 4C Offshore, a leading market intelligence and consultancy firm, providing research and insights to the offshore wind industry. 4C Offshore offers a broad suite of data, analytics and services for the offshore wind industry. With its unique digital platform, ForeSEE, the company provides developers, operators, asset managers, equipment providers and construction companies with key data and insights for the development and operations of offshore wind farms. Among 4C Offshore’s customers are some of the most active players in the offshore wind industry.

Visit the 4C Offshore Website

Numerical Weather Prediction Models (NWP)

TGS, in collaboration with Vaisala, a global leader in weather, environmental, and industrial measurements, has developed unique regional wind energy datasets offshore East Coast US and the entirety of offshore Scotland.

Our comprehensive numerical weather prediction (NWP) models are designed to reconstruct meteorological conditions from the last 10 years at a spatial resolution of 1km with an hourly temporal resolution, providing operators interested in offshore wind lease sales with a unique, immediately available data resource that can evaluate wind conditions over each block and on a regional basis. This modeled data can be accessed and visualized via a fast and convenient on-demand digital platform.

Wind AXIOM

Learn more about our new insights platform for offshore wind development.

Wind Model Data

Wind Measurement

Wind Insights

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Offshore US East Coast NWP Data

TGS presents the most extensive model currently available. Data covers the region of strategic focus for US offshore wind, between North Carolina and Massachusetts, including the New York Bight lease sale area currently under assessment.

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SubSurface Data

Backscatter

This technique measures the strength of the returned sonar ping and helps to determine soft, medium, or hard seafloor. Subsea geologic hazards can be identified on backscatter data.

Bathymetry

Detailed seafloor characteristics and the depth of water affects the type of turbine technology used to develop a given offshore farm

Geochemistry

Multielement geochemistry of the seafloor sediments provides important markers for site assessment

OffsWind-Bathymetry-MudVolc-v2

OffsWind-PistonCore-CoreAnalysis

 


Contact Us

Get in contact with our Wind team to ask more about how we can help you with your wind energy data needs.

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Wind AXIOM

A platform that provides instant assessment of the investment potential of any prospective offshore wind farm in the world.

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Wind AXIOM

Are you seeing the BIG PICTURE?

TGS is improving the wind assessment experience for everyone with our unique interactive platform for offshore wind development insights. Wind AXIOM is a high-quality wind data resource and data aggregator combined with a diverse, interactive feasibility analysis tool, providing new insights for impending and future offshore wind farm projects.

This unique web-based application collects and interrogates high-quality data from multiple sources, even outside of traditional metrics, to define and de-risk multiple data categories and bring more meaning to feasibility assessment.

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