Win support from key stakeholders
Reflect stakeholder feedback much earlier in the planning process for stronger route shortlists.
Evaluate all potential connection scenarios
Analyse millions of routes and dozens of grid connection points, and make instant changes to preferred options as new information arises.
Submit more robust planning applications
Demonstrate a robust case for shortlisted routes and grid connections with detailed analysis on both proposed and alternative route options.
Implement intelligent optioneering technology for better renewables networks
Import geospatial data
Leverage Optioneer’s open source GIS data and upload your own information on the project area
Set rules and generate route options
Configure route parameters and constraints for Optioneer to prioritise on the shortlisted routes it generates
Evaluate route data and iterate
Evaluate routes with interactive maps and KPI visualisations, and make instant updates to optimise each route scenario
Export data to existing software
Export data on preferred routes to existing GIS or CAD software for detailed design and preparation
Assessment Criteria
Optioneer’s AI-powered route engine will simultaneously analyse dozens of qualitative and quantitative factors that impact onshore and offshore cable development to propose good route scenarios for route corridors and grid connections, so you’re better prepared for consent.
Environmental Impact
- Avoiding designated onshore and offshore sites
- Minimising impact on protected habitats
- Minimising adverse seabed, landfall and terrestrial impacts
Planning
- Minimising number land parcels crossed
- Minimising number of constraints in proximity of the route
- Minimising distance to nearest connection points
Site Avoidance
- Keeping minimum buffers locations of wrecks and protected remain, unexploded ordnances
- Avoiding historical battlefields, military practice areas (PEXA), munitions dumping
- Minimising impacts on harbours, marinas, anchorage areas
- Minimising interference with areas of high shipping & fishing density
Engineering & Installation
- Choosing suitable open-cut and trenchless methods
- Maintaining minimum turning radii and run-in lengths
- Determining joint bay locations
- Identifying linear feature crossings
- Maintaining minimum distance to critical features
Technical Risks
- Avoiding buildings, functional sites
- Minimising crossing of steep slopes
- Avoiding surface water and flood zones, contaminated or hazardous sites
- Avoiding crossing areas of exposed seabed rock and hard sediment types
Cost
- Determining suitable installation methods, vessel types and associated campaign costs
- Determining high-level construction estimates (costs, access, drainage)
- Identifying main sources of connection risks
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