Enabling Offshore Wind in Australia: A Supply Chain Modelling Approach to Identifying Infrastructure and Capability Gaps

ABSTRACT Australia's offshore wind ambition presents a transformative opportunity to strengthen supply chains, expand port infrastructure and build capability in critical components and installation assets. This study introduces a tailored supply chain demand modelling framework, applied to the Gippsland area of the Bass Strait region, to highlight pathways for enhancing readiness across turbine components, ports, vessels and workforce. Using three development scenarios aligned with government targets and licensed projects, this paper quantifies supply chain requirements from 2029 through to 2040 and maps opportunities for strategic investment across infrastructure and components. Findings demonstrate clear potential for growth: Domestic capability in towers and foundations can be developed, port resources expanded and vessel acquisition and chartering pursued to meet demand. The workforce pipeline offers a strong foundation for targeted training and skills development. A coordinated strategy will unlock these opportunities, combining short‐term mobilisation of existing ports, targeted domestic manufacturing incentives, international vessel acquisition strategies and investment in workforce training. The modelling framework provides a replicable and transparent tool to guide policy, investment and research planning, supporting Australia's transition to a globally competitive offshore wind industry.

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Publication Details

Journal
Wind Energy
Published
2026-10-14
DOI
https://doi.org/10.1002/we.70159
Primary Topic
Wind Energy Research and Development
Type
article
Field-Weighted Citation Impact
0.00

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article

Enabling Offshore Wind in Australia: A Supply Chain Modelling Approach to Identifying Infrastructure and Capability Gaps

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Enabling Offshore Wind in Australia: A Supply Chain Modelling Approach to Identifying Infrastructure and Capability Gaps

Prashant Bhaskar, Stephen Cahoon, Hongjun Fan, Wei Zhang, Marcus Haward, Wenming Shi, Shu‐Ling Chen, Mark Cooper
article en

Abstract

ABSTRACT Australia's offshore wind ambition presents a transformative opportunity to strengthen supply chains, expand port infrastructure and build capability in critical components and installation assets. This study introduces a tailored supply chain demand modelling framework, applied to the Gippsland area of the Bass Strait region, to highlight pathways for enhancing readiness across turbine components, ports, vessels and workforce. Using three development scenarios aligned with government targets and licensed projects, this paper quantifies supply chain requirements from 2029 through to 2040 and maps opportunities for strategic investment across infrastructure and components. Findings demonstrate clear potential for growth: Domestic capability in towers and foundations can be developed, port resources expanded and vessel acquisition and chartering pursued to meet demand. The workforce pipeline offers a strong foundation for targeted training and skills development. A coordinated strategy will unlock these opportunities, combining short‐term mobilisation of existing ports, targeted domestic manufacturing incentives, international vessel acquisition strategies and investment in workforce training. The modelling framework provides a replicable and transparent tool to guide policy, investment and research planning, supporting Australia's transition to a globally competitive offshore wind industry.

Wind EnergyVol. 29(11)
University of Tasmania (AU), Australian Maritime College (AU), Launceston General Hospital (AU), Institute for Marine and Antarctic Studies
Australian Government, University of Tasmania
Industry, innovation and infrastructure, Affordable and clean energy, Climate action, Decent work and economic growth
Openalex Percentile: Top 18%
Wind Energy Research and Development
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