Consultancy Delta Wind Partners (DWP), part of OWC, has developed a digital tool designed to enhance cost efficiency and security throughout the lifecycle of a floating wind farm.
The digital sensor box – named HIPER – has been designed to drive cost optimisation throughout the lifecycle of a floating wind farm turbines, providing continuous verification, live monitoring and key data storage relating to the heave, inclination, position, elevation and roll of floating wind assets.
Mounted on the tower wall or in the nacelle of a turbine, HIPER automatically generates data for real-time evaluation, thereby enabling more accurate and pragmatic decision-making for improved safety and performance of the asset.
HIPER’s automatic verification and live monitoring of a turbine and foundation’s movement and foundation’s elevation throughout a project lifecycle, allows operators and contractors to ascertain earlier on where there is risk to the asset itself or risk to performance.
The features also allow for a build-up of key data to support improved technical solutions and accelerated market development.
“Floating wind technology is susceptible to a number of added variables and environmental conditions impacting the WTG and foundation, differentiated from fixed offshore wind.
“With the technology still in a moderately young phase and increased pressures on CAPEX and OPEX, intuitive and easy to use solutions to manage an asset’s reactions and motions are vital, to reduce risk of damage and to improve through-life performance.
“Our digital sensory box is a direct response to this challenge,” said René Aagaard, director of Delta Wind Partners.
He added: “Floating Wind maintenance and repairs at construction and operational phases present significant risks that can impact a project’s profitability.
“Our solution adds value to a project at all critical phases: integration, towing, mooring, operations and operations without grid, by reducing risk at each stage and producing a data stream which verifies that motions are within required specifications.”