Since my university days, I remember business leaders and politicians constantly mentioning the great advantage Panama's geographic location represents. The Canal has transformed the country into a global logistics hub, and there's also talk of other hubs: humanitarian, pharmaceutical, and technological. But are we truly developing them? Today, amidst the explosive growth of artificial intelligence, cloud computing, and the digitalization of the economy, a new opportunity is emerging to transform Panama and Central America into a strategic digital infrastructure node.
Behind the impressive technological discourse lies a reality that is much more physical than many imagine.
Every internet search, every stream, every bank transaction, and every artificial intelligence model depends on buildings full of servers working day and night. These so-called data centers are the invisible factories of the digital economy. And they don't appear out of thin air. They require electricity, water, and adequate infrastructure to operate—in some cases, on a truly gigantic scale.
Therefore, the development of these centers is not solely a technological issue. The discussion involves energy, the environment, government planning, employment, the economy, and even geopolitics. Panama and the region could be facing one of the most important opportunities of the coming decades.
Many people imagine a data center as a room full of computers. The reality is different. There are relatively small facilities intended for local businesses, but also a much larger and more strategic category: hyperscale data centers.
Companies like Amazon Web Services, Microsoft, Google, and Meta operate facilities capable of consuming enormous amounts of energy continuously. Some technology campuses demand hundreds of megawatts, equivalent to the electricity consumption of entire cities. A hyperscale data center can require between 100 MW and 300 MW and consume approximately 200,000 MWh per month. To put this in perspective, in February 2026, the distribution company serving a large part of the provinces of Panama, Colón, and Darién delivered a total of 253,932 MWh to its 589,000 customers.
The reason is simple: AI requires massive computing power. Training advanced models demands thousands of processors running simultaneously for extended periods. And that generates heat. A lot of heat! That's where the questions about energy and water begin.
One of the issues generating the most international concern is water consumption associated with data centers. News frequently reports of communities protesting new projects, citing water scarcity or negative impacts on water resources.
Several scientific studies and investigative reports have warned about the increasing water usage in certain technological facilities, especially in the United States. Research linked to universities such as the University of California, Riverside, and analyses published by Bloomberg and The Washington Post have shown that some data centers associated with artificial intelligence can use millions of liters of water daily for cooling.
However, in my opinion, the issue is often oversimplified. Not all data centers are the same.
Air-cooling technologies, closed-loop recirculation systems, direct liquid cooling, evaporative cooling, and hybrid systems are far more efficient than those used just a decade ago. A significant part of the debate now focuses on how water resources are managed, not just how much is consumed.
Some facilities use potable water. Others use recycled or industrially treated water. There are also designs where a large portion of the water is continuously reused within the same system.
That doesn't mean the environmental concerns are unfounded. They are entirely legitimate when there is a massive concentration of hyperscale development in regions with water stress or insufficient infrastructure. What happened in Arizona, Virginia, or even Chile demonstrates that uncontrolled growth can generate real social tensions related to access to water.
In Panama, we've had similar discussions surrounding the Canal and the use of water for ship transit versus human consumption. The difference lies in the planning. Many data centers have sprung up almost spontaneously and without a proper strategy. That's where the danger lies. Panama and Central America still have the advantage of analyzing these scenarios before embarking on rapid expansion.
Although water often makes headlines, the real core of this discussion is probably electricity.
Modern data centers require extremely stable and reliable power. A flicker or an interruption of just milliseconds, which might go unnoticed by a residential user, can represent millions of dollars in losses for a hyperscale company. Therefore, these companies demand robust infrastructure, redundancy, high power quality, and future expansion capabilities.
This is where a significant strategic opportunity exists.
The combination of regional interconnection, logistical infrastructure, geographic location, and increasing renewable energy penetration could make Panama and Central America an attractive hub for regional digital infrastructure. This is especially true given the pressure many technology companies are under to reduce emissions and operate with cleaner energy.
According to analysis by the International Energy Agency (IEA), the growth associated with artificial intelligence could dramatically increase global electricity consumption in data centers this decade. This means that companies will begin prioritizing regions capable of offering not only competitive energy, but also stability and sustainability.
Panama could differentiate itself by developing clear regulations for incorporating battery storage. The combination of renewables and batteries could become a competitive advantage, attracting investment and ensuring a continuous and stable energy supply.
On the other hand, rapid and unplanned growth can have significant impacts on the electrical system. New transmission and distribution lines, substations, generation expansion, and infrastructure development will be required. If these costs are not managed properly, they could be passed on to electricity rates or ultimately absorbed indirectly by the government.
Global Map of Data Centers
This situation is already being discussed in markets like Virginia, where the expansion of hyperscale data centers has necessitated multimillion-dollar investments in electrical infrastructure. Even states like New Jersey have passed measures to protect consumers from costs associated with data center growth.
Today there are more than 4,500 data centers in the United States, consuming about 5% of the country's energy, around 176 TWh per year. To put this in context, Central America consumes approximately 56 TWh annually, and Panama only around 12 TWh.
However, there is also a positive effect that is often ignored.
Data centers can become drivers of grid modernization. Due to their technical requirements, they often spur investments in battery storage, new substations, smart systems, automation, backup power, microgrids, and renewable energy generation.
Global Renewable Capacity contracted through PPAs
In some cases, they even indirectly contribute to strengthening frequency and voltage stability. That is, when properly regulated, they can strengthen the electrical system; when poorly planned, they can strain it and create distortions.
Both solar rooftops and electric mobility can play a significant role here. The combination of distributed generation, batteries, and vehicle-to-grid technologies could help free up critical circuits and strengthen the grid in an increasingly digital economy.
The discussion about data centers shouldn't be viewed solely from a technological perspective. We're talking about attracting international investment, creating skilled jobs, developing telecommunications, expanding energy production, building digital infrastructure, and establishing a strategic regional position.
But we're also talking about water, urban planning, electricity regulation, and environmental sustainability. And this is key to maintaining a balance between development and the needs of the population.
It's not necessarily about attracting every possible hyperscale company. Like Goldilocks, we need to find the right balance for each country and for the region as a whole. Central America has complementary attributes and, by working together, can offer a robust regional electricity market capable of attracting strategic investments.
The first step is to define the conditions under which these projects are being implemented, how they will be integrated into the grid, and what commitments they will make regarding energy and the environment. We have the advantage of learning from international experiences before fully embarking on this transformation.
The digital economy may seem intangible, but behind every web search, every electronic transaction, and every digital service lies a vast physical infrastructure that requires energy, water, and highly reliable systems.
This can become a strategic sector to boost national and regional development, provided that growth is accompanied by planning, strengthening of our communities and development of human capital.
And it is precisely there that one of the most important sectors for the energy and economic future of Panama and the entire region could be emerging.