• Regulatory Complexity – How can governments harmonize regulations to create a more streamlined framework for REZ development?
• How can regulations strike a balance between safeguarding ecosystems and accelerating renewable energy deployment?
• What are the key elements of effective long-term policies for REZ, and how can they be implemented consistently across regions?
• How can REZ initiatives align with broader state and local priorities, such as job creation, economic growth, and climate resilience?
• What best practices can be adopted to expedite approval processes without compromising quality or stakeholder engagement?

• What makes REZ projects attractive to investors and stakeholders?
• Financing options?
• What are the key challenges, and how do they impact project delivery?
• Securing funding for large-scale REZ projects and transmission upgrades remains a challenge – What needs to be done?
• The effect transmission projects roll out has on investment decisions by developers
• What can be done to mitigate cost rises and blowouts in REZ projects?

This session will explore the growing shift away from nationally consistent energy regulation toward more fragmented, state-led approaches, with Renewable Energy Zone (REZ) policy as a central example. It will examine how jurisdictions are designing bespoke regulatory frameworks to accelerate major network and generation projects, and the practical outcomes of these approaches.

The discussion will consider the potential benefits of this trend, including faster delivery, improved coordination and stronger alignment with community expectations, alongside the risks of increased complexity, regulatory uncertainty and higher compliance costs. Drawing on recent examples, the session will reflect on whether greater flexibility in regulatory design is helping or hindering the efficient delivery of the infrastructure needed for the energy transition.

• What’s working & what’s not working in Renewable Energy Zones?
• Pros and cons of Expanding Renewable Energy Zones
• Effectiveness of access rights and enabling faster project approvals
• Underwriting schemes: Effectiveness, impact, success stories & limitations

• Power as the Key Constraint: For large-scale data centres, the primary limitation is access to power rather than land availability
• Barriers to new data centre projects: High land costs, lengthy connection timelines, and limited power availability
• Looking at some of the benefits of regional Locations: larger land parcels, better cooling potential, and access to essential supporting infrastructure, including gas pipelines and water resources
• Exploring the Future: Could the future of data centres extend beyond traditional grid reliance?
• Benefits to local Communities: Understanding the role data centres can play in regional development
• Current Landscape: With 78 data centre projects under development and 178 already operational, grid access in major hubs has become a critical bottleneck. What needs to be done?

• Upgrading and expanding the grid comes with a raft of challenge – What can we do to address these?
• Addressing transmission bottlenecks, curtailment, delays and cost blowouts
• How can the industry better share information to make decisions in an increasingly complex environment?
• Key insights from Transmission Planning Reports
• How is the current roll out of transmission projects affecting developers’ investment decisions?

• Strategies for ensuring Indigenous voices are central to renewable energy project planning and decision-making
• Examining policies that genuinely empower Indigenous leadership and participation in renewable energy initiatives
• Exploring innovative models that ensure equitable distribution of benefits from renewable energy projects
• Ensuring community benefits extend beyond initial project deployment

• Stability and Reliability: The critical role of batteries and energy storage
• Resilience Planning: Ensuring that REZ infrastructure is resilient to climate risks
• The role of energy storage in strengthening grid security and reducing reliance on peaking plants
• How can projects maximizing project value and securing competitive allocation within REZ?
• Futureproofing the grid

• Insights and Lessons Learned:
  > Proven strategies to control costs and maintain the pace and scale of the energy transition
  > Examples of design decisions that appear cost-effective but often lead to inefficiencies
  > Importance of making context-specific decisions for delivery efficiency in Australia
  > Considering environmental offsets alongside commercial and macro benefits
  > Structuring incentives to encourage public-private cooperation and flexibility
• Industry-Wide Opportunity:
  > The energy industry has the collective ability to influence costs
  > Need for faster adoption of learnings from one project to another, including optimisations, cost reductions, and pushing limits
  > Emphasis on fostering a consistent and collective cost mindset across all disciplines