Chile Data Center Powered by Solar and Desert Water Innovation

Imagine a massive computer campus rising from one of Earth's driest deserts, powered by endless sunshine and cooled by water pulled straight from the Pacific Ocean.

That's exactly what Solaer Renewable Energies is planning in Chile's Atacama region. The company wants to build a data center campus that runs on 197 megawatts of solar power, enough to light up about 60,000 homes, paired with giant batteries that can store 500 megawatt-hours of electricity.

The location might seem unusual at first. But the Atacama Desert offers something data centers desperately need: tons of space, reliable sunshine, and now a solution to their biggest problem. These computing facilities generate enormous heat and traditionally guzzle huge amounts of water and fossil fuel energy to stay cool.

Solaer's answer sits right next door. The company is already developing ENAPAC, a desalination plant that will turn seawater into fresh water for the region's mining industry. Now that same water will help cool the servers processing artificial intelligence and other demanding computing tasks.

The infrastructure will stretch across nearly 5,000 acres of leased land in northern Chile. Around 250 miles of water pipelines will connect the ocean to the desert facility. The lease agreement spans 25 years with options to extend another 15, giving the project room to grow alongside the exploding demand for computing power.

The Ripple Effect

This approach could reshape how we think about building the digital infrastructure that powers our connected world. Data centers currently account for about 1% of global electricity use, and that number keeps climbing as AI and cloud computing expand.

By proving that massive computing facilities can run on renewable energy in remote locations, Chile's project offers a blueprint for sustainable tech growth. The Atacama already hosts some of the world's largest solar farms thanks to its clear skies and intense sun. Adding high-tech industry creates new jobs while making use of that abundant clean energy.

The company hasn't announced how much computing power the facility will provide or when construction might start. The initial planning and permitting phase will take up to three years. Previous estimates pegged the combined investment for energy, desalination, and water infrastructure at around $1.5 billion.

Solaer, founded in 2009, already operates renewable energy projects across Israel, Spain, Italy, Poland, and Chile. The company reports 129 megawatts of operational capacity and another 2.9 gigawatts either under construction or in development.

Turning one of the driest places on Earth into a hub for sustainable technology shows how creative thinking can solve seemingly impossible challenges.