A pipeline of eight developments could add 367.8 MW of data centre capacity by 2031, according to Colliers, representing an estimated US$1.616 billion investment. That is more than 140% of the 255 MW currently operating across Chile’s 36 live facilities.
The numbers reveal the scale of what is coming. They also expose the challenge underneath it. Artificial Intelligence, cloud computing and accelerated workloads are pushing operators towards increasingly power-hungry infrastructure just as access to energy becomes one of the defining constraints on data centre expansion worldwide.
Chile’s market has so far moved more slowly than its pipeline suggests. During the first half of 2026, the only significant new capacity commissioned came from Cirion Technologies’ SAN 2 facility in Quilicura. Designed for roughly 20 MW, its first phase brought 2.9 MW online.
Colliers argues that the slowdown does not signal retreat. Instead, development has shifted towards projects already moving through construction and planning.
More than 120 MW is currently under construction through projects involving EdgeConneX, Scala Data Centers, ODATA and Terranova. Amazon has also cleared a significant hurdle after its proposed Santiago data centre received final judicial approval following the rejection of a challenge to its environmental authorisation.
If those projects arrive alongside the longer-term pipeline, Chile could enter a radically different infrastructure phase. But megawatts on a development plan are not the same as megawatts inside a working data hall.
The real contest is increasingly about power.
Chile has an advantage: its rapidly expanding renewable energy and storage sector. Colliers reported that 898 MW of non-conventional renewable generation was added during the first half of 2026. Energy projects under construction reached 8,709 MW, with battery energy storage systems playing an increasingly important role.
That matters because the architecture of computing is changing. AI training, inference and other high-density workloads require huge clusters of accelerated servers, pushing rack densities and electricity consumption beyond the assumptions underpinning earlier generations of cloud infrastructure.
Data centres are becoming less like anonymous buildings filled with servers and more like industrial-scale consumers of electricity.
For Chile, that turns energy availability, grid connections, transmission infrastructure and construction speed into strategic technology issues.
The country is already an established Latin American digital infrastructure market, but the next wave will test whether developers can translate announcements into operational capacity quickly enough to meet demand.
Connectivity must expand alongside compute, while power generation and storage must keep pace with facilities designed to operate continuously.
Chile therefore faces a revealing test of the AI infrastructure boom. The headline number is 367.8 MW. The bigger story is whether the grid, developers and energy market can make those megawatts real.
If they can, Chile will not simply host more data centres. It could become one of the region’s defining proving grounds for AI infrastructure growth.
