What AI could actually do for Chile's power market after the blackout

The recent national blackout didn’t just expose vulnerabilities in Chile’s power system — it invites a rethink of how the country is approaching its energy transformation. The country, with high renewable penetration, has a power system that’s virtually isolated from its neighbors and weakly meshed, making it an ideal candidate to explore innovative paths not just for its economic operation, but also for resilience.

These are five approaches that, in our reading, could move the needle in Chile’s energy market.

Local energy-trading platforms

Imagine a high-irradiance region like the north. A platform could connect homes with solar panels to nearby industries to trade surplus energy. AI would process weather variables and consumption patterns to optimize these exchanges, while distribution utilities would facilitate the operation by charging a fee. This decentralized approach would maximize the value of existing small-scale generation. Today the law doesn’t allow it: surplus from home generation is credited against the owner’s own bill or paid by the distribution utility, so trading between homes and nearby industries would require a regulatory change.

Dynamic contracts for large consumers

Generators negotiate directly with unregulated customers, but Chile’s grid operator (CEN) defines dispatch based on system costs and stability. With solar surplus during high-radiation periods, low prices are already a tangible reality. Here AI wouldn’t alter immediate operation, but would design contracts that anticipate consumption patterns, blending renewables with storage for specific time blocks. This would turn renewable intermittency into a differentiated value proposition.

Predictive maintenance with strategic vision

Renewable assets represent significant investments for generators. AI can not only analyze data to forecast maintenance and reduce operating costs, but incorporate a broader vision: with long-duration storage systems, it would be possible to implement strategies that bank energy for moments of higher market value, always within the regulatory framework. It’s an approach that could redefine how these resources are managed.

Storage-backed virtual power plants

Combining short-duration batteries with extended storage systems, AI could create virtual power plants (VPPs) that integrate renewable generation, storage, and client demand. This setup would make it possible to offer stable energy to the spot market or even grid-stabilization ancillary services. In a country with so much intermittent solar generation, this approach has considerable potential. Current rules don’t yet provide for an independent aggregator, so this too would require adjustments.

Customized energy solutions

For large industrial clients, AI could design tailored solutions combining renewable generation, storage, and backup, adapted to their specific operating processes. This would transform the generator-client relationship: from a simple electricity supplier to a strategic partner solving specific challenges.

Several of these proposals fit within today’s regulatory framework — the freedom unregulated customers already have, the storage rules — and address challenges like intermittency or transmission constraints. AI adds value primarily in planning and in designing offers ahead of time, not in real-time execution.

However, to unlock their full potential, some of these approaches would require regulatory adjustments: perhaps policies that give dispatch greater flexibility or facilitate local exchanges. What’s interesting is that these models wouldn’t just work here — they could scale internationally, positioning Chile on the map of energy innovation.

The recent blackout was a reminder that the sector is at a decisive moment. Chile’s energy system is evolving rapidly, and those who manage to combine technical knowledge with strategic vision will not only gain a competitive edge, but will help build a more resilient system, better adapted to the country’s specific needs.

This isn’t just about implementing emerging technologies — it’s about fundamentally rethinking the relationship between generation, transmission, and consumption. The question for every player in the sector is how it is approaching this transformation from where it sits, and whether it sees these challenges as opportunities to innovate.

Chile’s energy future requires more than technical answers; it demands a vision that integrates technology, regulation, and the market. The convergence of renewable energy, storage, and artificial intelligence could accelerate this transformation in ways that are only beginning to come into view.