Introduction

As Australia accelerates its energy transition, many capital intensive corporates and investors see energy projects, including renewable and gas developments, as a growth opportunity but often don’t know where to start.

How and where to participate across the development lifecycle, from project origination and financing through to construction and O&M, is complex. Success depends on understanding both internal capabilities and external market dynamics to shape investment strategy and risk appetite. By aligning ambition with executional strengths and a clear view of emerging market opportunities, organisations can capture efficiencies, build resilience and unlock substantial value for long‑term sustained growth.

Internal Considerations – Capability and Risk

Before committing capital, organisations need clarity on their intended role and focus within the project lifecycle.  A structured capability assessment is key to helping identify where competitive advantages exist and how effectively the organisation can execute at different stages of the project lifecycle.

Capabilities such as project origination, commercial and contract management, EPC delivery and O&M are assessed in the context of this strategic focus, providing a clear view of where value can be created and where capabilities must be built, partnered for or acquired to execute effectively.

Equally important is a realistic view of the ability to absorb development and financing risk. Early‑stage projects can offer greater upside but require higher risk tolerance and specialist skills, while late‑stage or operational assets can provide more certainty but demand greater capital deployment and attract development premiums that reflect lower risk and reduced required returns. Different entry points therefore carry distinct risk–return profiles. Developers that have achieved scale and attractive returns focus on acquiring assets at various stages of the development lifecycle, combining in‑house origination with targeted acquisitions to balance capability building with portfolio growth.

External Considerations – Market Gaps and Dynamics

The National Electricity Market (NEM) is experiencing rising demand, driven by data centres, electrification, electric vehicles and coal closures, which together require accelerated development of generation, storage and firming capacity, as outlined in AEMO’s draft 2026 ISP. In addition, Western Australia’s Wholesale Electricity Market (WEM) is experiencing strong growth in rooftop solar and rising peak demand, increasing the need for additional firming and dispatchable capacity over the next 10 years according to AEMO’s 2025 WEM ESOO. The federal government maintains an 82% renewables target by 2030, implying around 6–7 GW of new renewable projects must reach FID each year to meet targets. To support this ambition, the Capacity Investment Scheme has been expanded from 32 GW to 40 GW, targeting approximately 26 GW of new VRE generation and 14 GW of clean dispatchable capacity by 2030, signalling both the scale of the required build‑out and a clear intent to attract private capital.

To respond to these requirements, there is a significant project pipeline in Australia. The pipeline currently exceeds AEMO’s forecast generation needs. However, many of these projects are unlikely to reach operational status due to challenges in converting development projects to operational status. Key barriers to achieving operational status include:

• Permitting timeframes, particularly for wind, are often lengthy and uncertain
• Solar projects are increasingly exposed to curtailment and connection constraints
• Complex multi‑agency approvals add further execution risk and can significantly delay projects
• Finding a suitable partner for offtake that will enable required returns to achieve financial close

In this context, market entrants need to focus on projects that are realistically deliverable and bankable. In addition, an organisation’s portfolio strategy needs to consider the acquisition cost of renewable projects over the full project lifecycle. Consideration should also be given to approval risks, network limits, curtailment, and uncertainty in policy and market prices to guide timing and technology choices.

Defining Competitive Edge – How to Play in the Market

A clear view of competitive edge, whether it relates to specific technologies, geographies, or distinct organisational capabilities, is essential to determining how to participate in the market. Building on this, a structured assessment of internal strengths and gaps, together with external market conditions and policy settings, helps determine the optimal entry strategy, including preferred development stages, regions, partners and offtake approaches to maximise risk‑adjusted returns. This understanding defines how an organisation will create value in a crowded market and provides a practical roadmap for which projects to target, what to build or acquire, and how to allocate capital in line with strategic ambition and risk appetite. For diversified players, this may include balancing generation and firming opportunities to achieve both decarbonisation and reliability objectives.

Portfolio Modelling – Decision Support for Strategy

Once strategic parameters are set, portfolio modelling provides the decision support needed to choose between different pathways. Assessing how varying asset mixes, technologies and development stages change the overall risk–return profile of the portfolio, rather than viewing projects in isolation, allows organisations to compare options more effectively. Corporations rely on robust portfolio models that can flex across scenarios and sensitivities, providing boards and key stakeholders confidence that investment decisions are grounded in disciplined analysis. Scenario testing across various cases allows for stress‑testing assumptions on prices, costs and policy settings, while metrics such as weighted equity IRR and downside exposure provide a consistent basis for refining portfolio design.

Conclusion – Structuring for Success

Effective entry into the energy project development market ultimately depends on aligning internal capability, external opportunity and disciplined portfolio design. Internal and external assessments clarify what is deliverable and where the real opportunity lies, while portfolio strategy and modelling bring these perspectives together into a coherent set of choices on where to play and how to allocate capital. Portfolios should then evolve as organisational capability builds and as market, policy and system conditions shift, so that investment decisions remain aligned to both the opportunity and the capacity to capture it.