Presentation Description: With the United States expected to surpass 30GW of offshore wind capacity by 2030 the demand for data to support Offshore Wind Farms (OWFs) will continue to grow. This will include the collection of seabed and sub-surface information for geophysical surveys for site development, surveys during construction, routine inspections through operations and maintenance, and data to support decommissioning.
An Uncrewed Surface Vessel (USV) the size of a car with renewable hybrid power that uses very small volumes of fuel can be fitted with sensors to meet the survey objectives while producing negligible amounts of carbon that are offset for carbon neutral operations. This low impact approach can address the most stringent data collection specifications, while offering other advantages including 24/7 operations, and improved safety to minimize any risks to personnel during project execution.
The uncrewed approach provides a new way of working, and one that can help address labour shortages and supply chain issues. The remote communications used to perform data acquisition enables access to a larger talent pool, and the compact design of the USVs allows for fleet capacity to be increased at an enhanced rate to address demand and with a lower carbon footprint throughout the supply chain.
The benefits of using multiple USVs to increase productivity and collect data in a sustainable way for US offshore wind projects will be presented through various OWF case studies.
Learning Objectives:
Upon completion, participant will be able to evaluate the environmental and safety benefits associated with uncrewed ocean data collection methods for offshore wind projects, and visualize the types and quality of data used to support the estimated 25-year field life of an Offshore Wind Farm.
