Nuevocentro reported a 50 percent reduction in its global energy consumption indicator prior to the storage deployment, establishing an efficiency baseline that makes the battery system’s economics more viable. The facility’s recognition by MIEM in 2021 preceded regulatory developments elsewhere in Latin America, where large-scale storage remains concentrated in utility projects rather than distributed commercial applications. Uruguay’s renewable generation mix creates favorable conditions for time-shifting strategies, as overnight wind and hydropower often exceed demand, creating arbitrage opportunities for battery operators.
The deployment occurs as regional markets accelerate storage installations. Catalonia currently has 41 storage projects totaling 360 MW authorized with 159 projects representing 2,334 MW under review. The Dominican Republic opened an expression of interest for 600 MW / 1,200 MWh of grid-scale storage in September 2026, while Chile’s installed battery capacity surpassed 2,200 MW earlier in the year. Saudi Arabia’s Red Sea project commissioned the world’s largest off-grid renewable system with 1.2 GWh of storage in 2026, demonstrating technical feasibility for isolated networks. Texas expanded battery capacity from 857 MW in 2021 to 21.7 GW by July 2026, primarily for peak shaving and solar integration.
Uruguay’s project differs by targeting retail load profiles rather than grid services or renewable firming. The $368 per kWh installed cost aligns with declining battery prices but remains elevated compared to utility-scale deployments exceeding 1 GWh. The shopping center model could extend to other high-consumption commercial facilities in markets with time-of-use tariffs or demand charges, particularly where renewable curtailment creates low-cost charging windows.
This article was curated and published as part of our South American energy market coverage.
