Copec Buys 87-MWp Chile Solar Farm From CCE

• Copec to buy Chile’s La Huella 87-MWp solar farm, adding 200 GWh/year and boosting its 355 MWp solar portfolio—plus battery storage to maximize peak-price power.

Copec has agreed to buy the operational 87-MWp La Huella solar farm in Chile from Austria-based developer Clean Capital Energy (CCE), adding another utility-scale renewable asset to its portfolio. The PV facility is near La Higuera in the Coquimbo region and has been running since 2021, generating about 200 GWh annually.

Copec plans to retrofit La Huella with a battery energy storage system to shift output from peak solar hours to periods of higher demand and power prices. The deal brings Copec’s total installed solar capacity to 355 MWp across utility-scale and distributed generation. Copec Flux will operate the plant and Copec EMOAC will market its electricity.

What does Copec’s 87-MWp La Huella solar purchase mean for Chile battery plans?

• Demonstrates that Chile’s large-scale battery market is moving from “planning” to “project bundling,” with solar owners now treating storage as a near-term upgrade rather than a standalone bet.
  
• Signals that solar assets that are already producing (as opposed to only new-build projects) can become viable battery candidates—shortening development timelines for additional storage capacity.
  
• Reinforces the idea of energy shifting in Chile’s power system: adding storage to capture daytime solar value and sell during evening peaks, aligning with growing demand for flexibility as renewables penetration rises.
  
• Likely increases demand for grid-scale BESS in Coquimbo/nearby zones, supporting investor confidence that regional constraints and interconnection realities can be overcome with practical retrofit strategies.
  
• Strengthens the commercial case for “solar-plus-storage” contracting structures (fixed offtake, indexed pricing, or merchant/price-shifting strategies), making storage revenue stacking more bankable for future Chile pipeline projects.
  
• Provides a tangible reference asset for Chile battery planners on integration details—how dispatch targets, operational controls, and revenue optimization work when storage is added to an operating plant.
  
• Supports the broader industry move toward portfolio-level flexibility: as Copec grows utility solar capacity, battery retrofits can be used to smooth generation profiles across sites rather than relying on system balancing alone.
  
• Encourages other developers and utilities to pursue retrofits as a strategy to meet grid and market needs faster, potentially accelerating Chile’s overall battery installation trajectory.
  
• May increase pressure for supportive grid and market frameworks (ancillary services, capacity/availability payments, and clearer rules for storage dispatch), since more operational storage deployments will highlight gaps in how flexibility is valued.
• Could influence procurement behavior for Chile’s battery supply chain—more confirmed retrofit projects typically translate into steadier contracting for equipment, engineering, and commissioning services needed for rapid deployment.