Floating Wind Joint Industry Project (JIP)
The Floating Wind Joint Industry Project (“Floating Wind JIP”) is a collaborative R&D initiative between The Carbon Trust and twelve leading international offshore wind developers: EnBW, ENGIE, Eolfi, E.ON, Equinor, Innogy, Kyuden Mirai Energy, Ørsted, ScottishPower Renewables, Shell, Vattenfall, and Wpd. Supported by the Scottish Government, the JIP aims to investigate the challenges and opportunities of developing commercial-scale floating wind farms. Since its formation in 2016, the JIP has been delivered through two stages, each consisting of studies to outline the critical needs for the sector to reach cost parity with other energy technologies.
Stage 1 included analysis of future cost projections, technology barriers, and the policy support necessary to accelerate commercialisation.
Work streams in Stage 1 included:
- Policy & regulation: Outlining the policy & regulatory requirements for the floating wind industry (report available here)
- Cost sensitivity analysis: Assessment of the current and expected future cost of floating wind, including sensitivity attributed to changing environmental and technical parameters
- Technology & risk: Assessment of technology risk to develop, construct, and operate a floating wind farm, together with identification of key innovation needs
These projects identified several critical focus areas which need to be addressed in order to commercialise floating wind technology.
Building on the knowledge gained, Stage 2 was set up to undertake more detailed assessments of the key technology challenges. In particular, the objective of the second stage of the JIP is to overcome common technical challenges relevant to commercial-scale floating wind farms. The focus is on de-risking technology challenges that are common to multiple floating wind concepts, particularly challenges for large scale floating wind arrays.
A first phase of projects consisted of three studies:
- Electrical systems: Assessing the unique and novel electrical system challenges for commercial-scale floating wind farms
- Mooring systems: Evaluating challenges and opportunities for optimisation in mooring and anchoring systems
- Infrastructure & logistics: Infrastructure requirements and logistical challenges for the construction and maintenance of floating wind farms
Each study evaluated the challenges posed in the construction and operation of a 500 MW floating wind farm consisting of 50 x 10 MW turbines. The assessments identified and prioritised critical challenges in each area to inform future R&D needs.
A summary of the key findings can be found in the Phase 1 Summary Report (PDF).
A second phase of projects is currently underway. Links to relevant tender documents can be found via the links below:
- Turbine Requirements & Foundation Scaling: Investigate turbine design requirements on floating structures and the impact of larger turbines (10-15 MW) on foundation design.
- Heavy Lift Offshore Operations: Investigate the feasibility, challenges, and technology development needs to undertake heavy lift offshore operations during installation and maintenance (i.e. floating-to-floating lifts).
- Dynamic Export Cable Development: Investigate the challenges and assist the development of high voltage power cables for export purposes in floating offshore wind farms.
- Monitoring & Inspection: Investigate the requirements specific to monitoring and inspection of floating offshore wind assets in key geographic markets, including the identification of technology innovations to adopt less conservative requirements and reduce costs.
May 2018: New joint industry report highlights innovation needs to unlock a multi-gigawatt pipeline for global floating wind market
April 2018: Floating wind joint industry partnership to tackle dynamic export cables and asset integrity
March 2018: Joint industry project to investigate next generation turbines and heavy lifts for floating wind farms
June 2017: Carbon Trust launches partnership to tackle floating offshore wind