Orbital Marine Power tenders

This Invitation to Tender (ITT) is to all participants to provide the necessary sensing system to enable such measurements to the requirements included in this document. These include minimum requirements and optional capabilities.

In parallel to the O2-2000 turbine build Orbital are running an innovations project to identify key innovations and design improvements that can deliver further reductions in the Levelised Cost of Energy (LCOE). One of the areas of innovation in the ....

The procurement of expertise to identify and develop an optimal solution for the leg and lifting system for future implementation in Orbital's technology.

Orbital is looking to do a detailed assessment of pile sizing and what solutions are available on the market for a range of possible future commercial sites with various seabed conditions.

Design and installation of Grouted Anchor Piles (GAP).

This Invitation to Tender (ITT) relates to the procurement of expertise in data science and machine learning, to assist Orbital in developing tools used to analyse O2 data streams, with a view to incorporating these tools into existing supervisory an ....

Orbital are seeking to appoint a Lead Partner to support the delivery of Project Formation Stage 2. The Lead Partner will provide both Project Management support to administer the project and manage subcontractors, and Engineering Support to help dev ....

research into state-of-the-art advancements in antifoul and corrosion protection systems to identify holistic option(s) that offer the potential for radical cost reduction, that optimise maintainability whilst preserving hydrodynamic characteristics ....

This Invitation to Tender (ITT) relates to the testing of composite materials to inform blade design. The undertaking of a dedicated test programme can provide data to narrow variability and reduce uncertainties in material properties in order to est ....

This Invitation to Tender (ITT) relates to the procurement of expertise in aerodynamic/hydrodynamic modelling, and design of wind/tidal turbine blades.