FieldTwin
FutureOn’s powerful, easy-to-use design and visualization platform FieldTwin can be used for any energy project, including offshore windfarms.
The Wind farm of Tomorrow. Today.
The offshore wind sector uses a range of solutions, often dependent on spreadsheets or manual import/export processes into GIS tools, for wider context and collaboration.
By deploying FieldTwin to these projects, a consistent digital thread is kept alive, helping to reduce planning time and supporting more efficient decision making through the life of any renewable project.
FieldTwin enables...
- Reduced pre-FEED projects planning time by at least 60%
- Editable 3D design interface
- Collaborative and efficient processes for working across teams and supply chain
- Costing, reporting and integrated GIS capabilities
- Accelerated project delivery at a lower cost
How does FieldTwin support offshore wind?
Developers can design offshore wind farms and integrated hybrid energy systems, in collaboration with partners and stakeholders, all within FieldTwin’s intuitive interface.
By leveraging the core FieldTwin platform, collaborative architecture and open API, FieldTwin transforms the design and delivery phases of offshore renewable energy projects.
How does it work?
FutureOn’s innovative FieldTwin software utilises established core capabilities:
Collaborate:
FieldTwin Collaborate unlocks the ability for companies, operators and EPCs to work together alongside the industry’s most advanced visual workflows.
Workflow:
Workflow is a task management application within FieldTwin where project tasks can be assigned to users through the task dashboard, ensuring full visibility across the project team.
FieldTwin supports the integrated optimisation of offshore wind farm projects by:
- Providing geospatial context for Environmental Impact Assessment reports and consenting workflows
- Enabling work across domains – surface, subsea and subsurface – unified in a dynamic common data environment and editable 3D digital twin
- Annual Energy Production including wake analysis from leading industry tools via API
- Offering customizable asset libraries for wind, offshore electrification, and hydrogen
- Connecting project design cases with costing and LCOE analysis through our API and Microsoft Excel connectors
- Enabling 3D layout editing with dynamic feedback for CAPEX, AEP and project economics
And specifically for the integrated design of floating systems, FieldTwin provides:
- Auto generation of mooring lines and anchors relative to foundation type and bathymetry
- Customisable spacing, line length and anchor sharing
- Subsea cabling and sub-stations
- Third-party connectors to dynamic loading simulators for design validation
FutureOn has integrated FieldTwin with Danish Technical University (DTU) software to support integrated wind resource estimation, wake analysis and layout optimisation powered by leading third party solutions:
This integration not only enhances the built-in workflows in FieldTwin but also validates the use of the open-API to connect with any API-enabled third-party solutions for wind resources, project economics, logistics and GIS workflows.
You can find out more here.
The future of FieldTwin...
FieldTwin is poised to drive a step-change in collaborative project development for offshore renewable energy.
Get in touch by clicking the link under to find out more and explore a demo.