Scala Data Centers Secures Master Plan Approval for Largest Latin American Data Center Campus

Scala Data Centers⁤ & Barueri Municipality Forge⁣ Partnership for Landmark Data Center ⁤Campus

Barueri, Brazil – October 30, 2025 – Scala‍ data Centers, a premier Latin American provider of enduring data‍ center​ solutions for hyperscale clients, ⁣announced ⁢a ‌significant ‍agreement with ⁣the Municipality‍ of Barueri⁢ today. The partnership secures approval for the master plan of Scala’s Tamboré Campus, poised to become the largest and⁢ most technologically advanced data center campus in Latin America.

This‌ collaboration signifies more then just project validation; it initiates a new ‌era of⁣ integrated urban development for the surrounding region. Scala will invest heavily in improvements to local⁢ infrastructure, including road upgrades, enhanced mobility ⁤solutions, and community-focused enhancements designed to benefit both residents and the workforce. These initiatives aim to alleviate traffic congestion, modernize roadways, and bolster public⁢ safety, fostering a more efficient and harmonious environment.

“The approval of Scala’s⁤ Tamboré Campus master plan is a pivotal moment,solidifying⁢ Barueri’s reputation as a global center for innovation and technology,” stated Mayor​ José Roberto “Beto” Piteri.‌ “This‌ partnership transcends digital infrastructure ⁤- it’s a thorough investment in our ⁢city, driving job creation, sustainable‍ economic⁤ growth, and improvements to the quality ⁤of life for our community.”

Sustainable Innovation Powers Growth

The Tamboré Campus is central to Scala’s operations and exemplifies a commitment to both efficiency and environmental stewardship. The campus will operate entirely on 100% renewable energy, secured through long-term ‌Power‍ Purchase Agreements (PPAs) that⁣ directly fund ‌the development‌ of⁣ new wind and solar energy projects.

This commitment is further reinforced by a focus on maximum energy efficiency,‌ achieving a Power Usage Effectiveness (PUE) ⁤of 1.35 ⁣- significantly lower than the global average of 1.55 – through the implementation of cutting-edge liquid⁣ cooling technologies.

Scala also prioritizes responsible water ⁤management, utilizing closed-loop⁢ cooling systems that eliminate reliance on ⁢local ⁤water sources, protecting groundwater and aquifers.

“This​ partnership with the municipality underscores Scala’s dedication to enabling the future through ​collaboration, responsibility, and transformative impact,” said Luciano Fialho, Senior Vice‍ President ‌of Corporate‌ Development, Energy, and Real Estate at Scala. “We firmly believe that technological advancement should be a catalyst for‌ economic prosperity and an improved quality of life for everyone in the region.”

A Regional Powerhouse & Investment Milestone

The Tamboré Campus is rapidly establishing itself as‍ a leading digital infrastructure hub⁢ in Latin⁢ America. With investments already exceeding R$ 10 billion,the‍ complex is a strategic asset in Brazil’s evolving digital landscape.

Strategically located near the Rodoanel highway in Greater São Paulo, the campus currently features ​ seven operational data centers with additional facilities⁤ under construction, providing over 120 MW of active capacity. Supported by three ⁤dedicated‌ power ‌substations, the campus is planned to reach a total capacity of 600 MW across 17 data⁢ centers ⁤upon full development.

The signed memorandum paves the way ‌for future ‍expansion phases, positioning the Tamboré Campus among the top 10 ‍largest data‌ center campuses ⁢globally. Beyond its scale, the project‌ is projected to⁤ generate ‌significant employment opportunities and serve as a ​benchmark for operational excellence in the emerging​ Artificial Intelligence era.

The approval of the Tamboré Campus master plan represents ​a critical step ‍in expanding Latin America’s⁣ digital infrastructure and demonstrates ‍the strength of Scala’s business model: driving the AI revolution through innovative technology, while‌ prioritizing ⁣social progress and environmental sustainability.

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