Determination of wind farm project assumptions;
Development of design assumptions for foundation calculation and design;
Innovative substructure project development;
Preparation of parametric foundation design studies considering steel consumption, project load, and natural vibration frequencies;
Preparation of feasibility studies (FEED study);
Determination of project loads and foundation pre-sizing;
Analysis of site-specific environmental loading for the wind farm location;
Fixed or floating offshore wind turbine substructure design;
Wake effect loss assessment in wind farms;
Optimization and prediction of the use of specialized vessels based on historical data;
Challenge
Developing technical and economic feasibility studies for offshore wind farms in an emerging environment, facing unique regulatory, infrastructure, and logistical challenges.
Solution
Leveraging our engineering experience in conjunction with our international partners to apply proven analyses from around the world, collaborating with companies interested in exploring offshore wind energy in Brazil.
Challenge
Developing reliable data acquisition infrastructures related to weather conditions that determine the feasibility of an offshore wind farm.
Solution
Applying best practices acquired from our long history in offshore engineering to provide offshore infrastructure projects for the measurement and acquisition of metocean data in deep-sea environments. Additionally, our experience with the dynamics of the Brazilian offshore market allows us to include logistical constraints and available resources in our projects.
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