A global Wind Farm decision
A step-by-step demonstration and validation strategy will be implemented in order to validate the developments as a global Wind Farm Decision Supporting System
General Specifications of Test Requirements
Real Time Data Integration and Aggregation
Verification of Modelling with Operational Data
Long Term Test and Testing of Failure Modes Against Modelling
Testing the O&M Tool in Operational Environment
Testing of Analytics Tool witn O&M Tool
Implementation and Validation of Business Process
Audit and Review
Teesside (UK)
EDF
Technical & Information
- Power capacity: 62.1 MW
- Wind turbines: 27 SIEMENS WTs of 2.3 MW
- Substructure Type: Monoile (Distance from WP centre to shore: 2.2km, Water depth: 7m-15m)
- Investment Model: EPC
Wikinger (DE)
Iberdrola
Technical & Information
- Power capacity: 350 MW
- Wind turbines: 70 ADWEN WTs of 5 MW
- Substructure Type: 4 legs Jacket (Distance from shore: 40km; Water depth: 37m-43m)
- Investment Owner: Iberdrola
East Anglia ONE (UK)
Iberdrola
Technical & Information
- Power capacity: 714 MW
- Wind turbines: 108 SIEMENS WTs of 7 MW
- Substructure Type: 3 legs Jacket (Distance from shore: 43km, Water depth: 30m-40m)
- Investment Owner: Iberdrola
More reliable wind turbines and farms
This concept will be led by WF operators (IBERDROLA and EDF) and is focused on both new and retrofitting market niches.
By rolling the system out to different wind farms, ROMEO will be able to prove portability between projects (offshore and onshore (where applicable)) which shall be required to achieve the overall goal of lowering the cost of wind energy. The action will result in the reduction of component failure in unplanned maintenance and increased reliability, thus the development of innovative solutions and tools shall result in more reliable wind turbines and farms.