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Joint Industry Partnership
Welcome to the Joint Industry Partnership

A place where change is about to happen. We want to work with people who have ideas. We want to have a conversation.

The challenge to us all is to make the offshore wind industry sustainable and economically viable for us all.  The current way of working is far from that, and we want the industry to work together to help change this.

As part of this Joint Industry Partnership (JIP), we will run a series of exclusive discussion groups, both in-person and virtually, to shape all our futures.  Virtual Teams webinars and in-person round-tables in the Europe and the US will shape the direction of change and forge a way ahead.

If you want to be part of the conversation and contribute to the change, sign up below for these exclusive, limited-number events.

Joint Industry Partnership
The challenge

The development of offshore windfarms (OWFs) presents a myriad of challenges, encompassing technical intricacies, financial considerations, and logistical hurdles.

In pursuit of achieving Final Investment Decision (FID) and ensuring the successful construction of a project, developers face navigating through these complexities.

Our hypothesis suggests that developers stand to gain substantial benefits by strategically reviewing pre-FID spend to maximise project lifetime cost. This proactive approach not only holds the potential to reduce total project CAPEX but also extends its impact to costs during the operational phase of offshore windfarms.

By frontloading investment during the initial stages, developers can significantly mitigate ground condition risk, address supply chain challenges, and ultimately, reduce overall project uncertainty.

The physical characteristics of an OWF site play a pivotal role in design considerations, alongside metocean and wind modelling, as well as economic assessments.

Site characterisation data becomes instrumental in determining foundation types, turbine placement, and overall project feasibility.

However, the current scheduling of development operations often necessitates over-engineered solutions to accommodate reservation timelines and procurement bottlenecks, leading to avoidable inefficiencies and increased costs.

While adjustments to the scheduling of site selection and development operations may not pose technical challenges, they hold immense potential to yield significant carbon and cost savings, as well as a reduction in project risk and development uncertainty.

Realizing these benefits likely necessitates a re-evaluation of the project funding profile.

In summary, advocating for comparatively small increased spending in the early development phase of OWFs can yield a multitude of advantages. Early investment in ground modelling, supply chain engagement, risk mitigation, and streamlined project execution can translate into reduced risk, optimized costs, enhanced investor confidence, and heightened project certainty.

JIP Objectives and Outcomes
JIP Objectives and Outcomes

The Joint Industry Project aims to clarify the value proposition of early investment in offshore wind farm development.

The objectives and outcomes of the project span across two phases.

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JIP Objectives and Outcomes
Phase 1: Desktop study - Establishing the baseline
  1. Calculate the Levelized Cost of Energy (LCOE) for a 1GW windfarm, encompassing total DEVEX, CAPEX, and OPEX costs
  2. Evaluate the CO2 footprint associated with each phase of windfarm development.
  3. Quantify compounded engineering safety factors attributed to ground risk.
  4. Define supply chain contracting and engagement timelines.
  5. dentify investor milestones and decision-making timelines.
  6. Establish developer risk models.
JIP Objectives and Outcomes
Phase 2: Demonstrating the value
  1. Update the LCOE model to reflect the impact of earlier, smarter, and faster development practices.
  2. Showcase tangible benefits influencing the LCOE.
  3. Introduce alternative development models for mitigating ground risk.
  4. Propose alternative development and contracting models for optimising supply chain engagement.
  5. Provide adjusted project development timelines.
JIP Objectives and Outcomes
Additional value will be delivered through:
  • Reduction in the carbon footprint.
  • Reduced development costs through earlier service procurement.
  • Reduction in over-engineered solutions for unknown risk mitigation
  • Certainty in project scheduling through early permit submissions.
  • Mitigation of risk to asset integrity through enhanced understanding of installation environments.
  • Reduction of risk associated with late-cycle design changes due to unforeseen ground conditions.
  • Early and visible long-term commitment to areas and supply chains, fostering investment and local development.
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