AXIS CHILE AGENDA

Every Sector. One Conversation.

Chile’s Energy Transition as a Capital Deployment Opportunity

Chile is entering a decisive phase in its energy and industrial transformation. The first wave of renewable expansion has been delivered. The next phase is defined by bottlenecks, integration, and capital efficiency.

AXIS Chile brings together energy, mining, hydrogen, infrastructure, ports, and investment communities to address one central question:

How does Chile convert its world-class resource base into a fully competitive, investable, export-scale energy–industrial system?

Opening Keynote: Chile’s Next Growth Cycle: From Resource Expansion to System Competitiveness

A strategic framing of Chile’s transition from fragmented sector growth to integrated system value creation.

• Chile as a global leader in renewable potential, but constrained by system integration
• The shift from capacity expansion to delivered energy competitiveness
• Why infrastructure bottlenecks now define investment returns
• The convergence of energy, mining, hydrogen, and logistics into one investment ecosystem
• What capital markets now require: predictability, offtake, and system coherence

Outcome: Establish Chile as a capital-intensive system integration opportunity, not a technology deployment market.

PANEL 1: Power Competitiveness: Unlocking Chile’s Lowest-Cost Energy Advantage

Core Theme: Chile’s global energy advantage is no longer about generation — it is about delivered cost and grid efficiency.

Discussion Focus:

• Transmission constraints limiting monetisation of low-cost renewable energy
• Structural curtailment and its impact on returns
• Distribution grid limitations for industrial electrification
• Grid expansion timelines vs investment acceleration
• System reliability and competitiveness for industrial users
• The cost of congestion on national energy competitiveness

Investment Lens: Unlocking stranded renewable value – Reducing delivered energy cost to industry – Improving asset utilisation and revenue certainty.

Key Question: How does Chile convert renewable abundance into globally competitive delivered energy pricing?

Outcome: Storage repositioned as a profit optimisation and system efficiency layer, not a technology segment.

PANEL 2: Energy Value Capture: Storage, Flexibility & System Profitability

Core Theme: The next investment cycle in Chile is defined by how effectively energy is stored, shifted, and monetised across time.

Discussion Focus:

• Storage as a core infrastructure asset class, not a supporting technology
• Curtailment as a direct loss of investable valueHybrid renewable + storage optimisation models
• Revenue stacking and market design evolution
• Grid flexibility and real-time balancing economicsIndustrial and mining demand-side flexibility
• Long-duration storage and system stability requirements
• Grid-Forming inverters and the re-engineering of the Chilean power system stability

Investment Lens: Increasing asset revenue capture – Reducing energy waste and curtailment losses – Creating new revenue streams from flexibility services.

Key Question: How does Chile convert renewable abundance into globally competitive delivered energy pricing?

Outcome: Storage repositioned as a profit optimisation and system efficiency layer, not a technology segment.

PANEL 3: Demand Creation Economy: Mining, Hydrogen & Industrial Scale-Up

Core Theme: Chile’s energy transition is ultimately constrained — and enabled — by industrial demand formation and contractable load growth.

Discussion Focus:

• Mining as the anchor of national energy demand growth
• Electrification of copper and lithium production systemsIndustrial load as a driver of energy system investment
• Industrial load as a driver of energy system investment
• Hydrogen as a derivative of structured industrial demand, not speculative supply
• Offtake agreements as the foundation of bankability
• Co-location of energy, mining, hydrogen, and industrial infrastructure
• Creation of industrial energy clusters and demand corridors

Investment Lens: Creation of long-term contracted demand – De-risking hydrogen and industrial decarbonisation projects – Strengthening project bankability through anchor consumers.

Key Question: How does Chile turn industrial demand into the foundation of a bankable energy transition system?

Outcome: Demand is reframed as a primary investment asset, not a downstream consequence.

PANEL 4: Demand Creation Economy: Mining, Hydrogen & Industrial Scale-Up

Core Theme: Chile’s transition succeeds or fails based on its ability to build integrated infrastructure systems that connect energy, industry, and global markets.

Discussion Focus:

• Ports as export platforms for energy commodities (hydrogen derivatives, ammonia, etc.)
• Infrastructure corridors linking energy production, mining operations, and export terminals
• Transmission + logistics integration as a single investment system
• Scaling capital into multi-asset infrastructure platforms
• Risk allocation in large-scale system infrastructure investment
• Public-private frameworks for accelerated deployment
• Chile’s position in global energy and industrial trade flows

Investment Lens: Large-scale capital deployment opportunities – Export competitiveness enhancement – Integrated infrastructure asset value creation.

Key Question: Can Chile build and finance a fully integrated energy–industrial export system at scale?

Outcome: Chile positioned as a global platform for integrated energy export infrastructure investment.

Closing Synthesis: Chile as an Integrated Energy–Industrial Investment System

• Energy generation, grid infrastructure, storage, industrial demand, and export systems are fully interdependent
• Mining is not an adjacent sector — it is structurally embedded in energy system growth
• Hydrogen is not a standalone market — it is a function of industrial demand formation
• Ports and infrastructure corridors are the export interface of the entire system

Final message: Chile’s opportunity is not defined by individual projects, but by its ability to deliver system coherence at scale — turning resource abundance into investable, exportable competitiveness.