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Atacama Desert Lithium Microgrid

Solar-Hybrid Microgrid with Zero-Water Immersion Cooling at 3,200m Elevation

Client OrganizationAndean Mining & Minerals Corp
Site LocationAtacama Salar, Chile (3,200 m Elevation)
Failover Speed< 2.0 ms
Generation Capacity35 MW
LiFePO4 Storage70 MWh
LCOE Reduction71.4%
Annual CO₂ Abatement28,600 T/yr
01. PROJECT OVERVIEW

A 100% islanded microgrid replacing millions of liters of diesel fuel hauled up the Andes Mountains for lithium extraction and processing facilities.

warningThe Engineering Challenge

Atmospheric pressure derating at 3,200m elevation, hyper-arid sandstorms, extreme diurnal temperature swings (-10°C at night to +48°C at midday), and absolute zero water availability for evaporative cooling.

check_circleThe INGENEV Technical Solution

INGENEV deployed modular hybrid power containers paired with a 45 MW bifacial solar array. Utilizing closed-loop phase-change thermal storage that absorbs excess daytime solar heat and releases it during cold desert nights, requiring zero external water consumption.

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“Hauling diesel to 3,200 meters was our single largest operating cost and carbon liability. INGENEV's solar-hybrid microgrid cut our power OPEX by over 70% and paid for itself in under three years.”

Carlos MoralesChief Operating Officer, Andean Mining & Minerals Corp

Technical Specifications

Elevation ToleranceCompensated for 3,200 m MSL
Water Consumption0 Liters (Closed-Loop Thermal Storage)
Diesel Displacement14.2 Million Liters / Year
Dust / Ingress RatingHermetic IP66 with Cyclone Sand Separators
Solar IntegrationBifacial Single-Axis Tracking (1,500 V DC)
System Payback2.8 Years on Diesel Savings Alone

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