Alibaba Cloud said it has launched two data centers in Brazil. This is its first cloud region in South America. The move comes as tech firms rush to set up the systems needed for AI work and cloud services.
The company said the sites will serve customers inside Brazil. It plans to offer cloud and AI options for firms, new startups, developers, and public agencies. It also said users should see faster response times. It added that data can stay in Brazil and that it will support recovery if something fails. Alibaba Cloud also pointed to meeting local rules on security and data management.
Both sites are located in Sao Paulo state. With this launch, Alibaba Cloud is now in the same arena as Amazon Web Services and Microsoft in Brazil. Those rivals already run infrastructure there.
Alibaba Cloud described Brazil as a key step into Latin America. It said the country has a fast and active digital market. The firm also noted it runs 31 cloud regions and 106 availability zones across the world. It said it has put about $53 billion into expanding AI infrastructure. In Brazil, it said it wants to reach e-commerce firms, fintech companies, software developers, startups, and AI providers. It also said it will offer tools to build and run AI agents. It plans to provide access to open-source Qwen models.
The deal may help Brazil’s digital base, but there are still many doubts about whether these expectations will become reality. It can make high end computing easier to reach. It may also open doors for tech firms to team up and hire more skilled workers. If data is handled inside the country, companies and government agencies may find it easier to follow rules. It can also cut down on the lag that happens when data has to be shipped overseas.
Still, this kind of growth needs a lot from basic services. Electricity use will rise. Water will be needed in greater amounts. Land must be found and set aside. One of the clearest cases is a planned site at the Pecem Industrial and Port Complex in Ceará in the northeast. There, data is meant to be run for ByteDance, which owns TikTok. The operator is Omnia, a data center firm. Experts believe that the build could reach around 300 megawatts of power.
The write up says the first stage would cost about 50 billion reais, or $9 billion. It also points to a larger ramp up that could lift the total to roughly 200 billion reais. For the hardware, the plan calls for around 40 billion reais to be spent on servers, graphics processing units, and memory gear. Pecem’s status as an export processing zone is cited as a reason to accommodate the data center due to for the tax advantages of the region.
Pecem sits near Fortaleza. From there, the region links into over 16 submarine cable routes that carry a lot of the world’s internet traffic. This matters for a site that is meant to handle data for TikTok users far beyond Brazil. On top of that, the tax benefits lower the price of bringing in hardware that Brazil does not make in large quantities.
This plan also shows how money and roles are split in the sector. TikTok is to supply the costly computing equipment. Omnia is to build the site and run it. That includes the buildings, the power substations, and the cooling setup. Omnia is owned by Patria Investimentos, a Brazilian private-equity firm.
Casa dos Ventos, a renewable energy company, has agreed to put about 4 billion reais into new wind farms. The goal is to offset the electricity use of the data center over a long period. The deal runs for 20 years.
Even so, the site will not use only power from those wind farms. Instead, the clean power goes into Brazil’s main power grid. The data center then takes electricity from that same network. Some people view Ceará as promising for heavy digital projects because of its renewable energy supply. Still, researchers and officials note that growth needs planning that can be checked and verified, not vague promises.
People argue a lot about water use. Data centers make a lot of heat. They also need steady cooling.
Omnia says it will run a closed cooling loop. It claims water use would stay under 30,000 liters each day. But a study ordered by Brazilian prosecutors puts the figure near 88,000 liters daily.
Other paperwork from the licensing process points to lower numbers. One set of documents lists an expected use of 19,700 liters per day. Another says the project could draw up to 144,000 liters from wells.
These gaps show why outside checks matter, especially as projects grow. Closed cooling can cut water loss. Still, the losses linked to cooling are hard to judge alone. They sit inside a wider set of effects, like building work, power output, and the renewable plants needed for new demand.
Data center proponents believe that Ceará can take in at least six big, power-hungry data centers by 2035. It gives a projected load of 2.7 gigawatts. In that same account, this would match about 7.1 million homes, based on a household reference.
Some researchers say the rise in electricity demand needs close review, even where renewable power is already high. Clean generation can lower day to day pollution. Still, it does not erase the costs of planning and building wind and solar sites. It also does not remove the impacts linked to power lines and major industrial projects.
People abroad have made parallel complaints. In places such as Mexico and the Netherlands, residents have pointed to how data centers use water and electricity. They also mention land use and cooling systems that can produce steady noise.
Miguel Nicolelis Criticizes Data Centers and Their Growing Energy Demand
AI builders and data-center owners are getting pushback. Some cientists like Miguel Nicolelis argue that the money promised by the industry is not matching what it costs society. Nicolelis point to both the planet side and the local community side.
His main concern is the scale of spending. Big tech firms are putting large sums into data centers, chips, and supporting gear. For him, the numbers don't add up, as the cost of building the data centers could exceed the profit they will generate over the coming decades — not to mention the environmental cost they entail.
Therefore, is more criticism about day to day effects. Data centers use a lot of power. They also draw on clean water. On top of that, there can be noise and other impacts nearby. Servers must be kept cool. The buildings run all the time, 24/7.
Nicolelis also question what host nations were told they would gain. He mentions faster internet, and also mention technology sharing and jobs. But, for him those outcomes may be too hopeful.
Chile was used as a case. Nicolelis claimed that the investments and the new data centers did not bring the promised results for internet service quality. He also said it did not lead to the expected technology transfer or job growth. According to Nicolelis, once a site starts running, it may need far fewer full time staff than were hired during construction. Those statements were shared as personal views in the report. No cited research was given to back them up.
The discussion matters a lot for Brazil. Big tech firms there are looking at new data centers or building them now. Some critics say these projects could get tax breaks. They also warn that more power would be needed. That demand could strain electricity grids and strain local water. Communities nearby could feel the added load.
People also worry about noise. There may be worse impacts for local habitats too. Still, how bad it gets seems to differ from one site to another. It depends on the exact project.
There was also a claim about how chip companies report results. According to Nicolelis, firms may treat expected orders as if they were already earned. They may also count shipments that were not paid yet as profit. If that is true, it would need a close look at each firm’s reports. It would also need careful review of what each company says in its disclosures. The source text did not show proof or supporting documents.
Investors selling or cutting back in tech stocks was listed as another sign of worry. That is why it is important to keep an eye out for this type of movement in the financial markets.
The money and the climate arguments often track each other. Many investors expect a fast rise in the need for more computing power. If growth does not land where people think it will, then firms and the governments that host them may get stuck with costly sites, high power use, and cleanup issues that never fully get solved.
For nations trying to draw in digital projects, the main test is whether the spending leads to real public gains. This means tax breaks that are easy to see and understand. It also means estimates for power and water use that a third party can verify. There should be firm promises on jobs too, plus an oversight plan for environmental risks that actually gets enforced.
So Brazil is stuck with a real balance to manage. Data centers may bring large sums in investment measured in billions of reais. They could also strengthen Brazil’s place in the digital market. They may help push AI work forward. They will likely add to the need for renewable electricity. But their size could also strain grid systems and stress local water supplies. This may be most serious in areas where communities do not share in the gains at the same pace.
