Scala Data Centers Inaugurates Phase 2 of Tambore Campus, Brazil

Phase 2 Adds 158 MW Capacity and AI-Ready Infrastructure to Scala's Sustainable Tambore Campus in Greater Sao Paulo.

Highlights

  • The expansion adds 158 MW of IT capacity across five buildings, with two already operational.
  • Scala's total investment in the campus exceeds BRL 10 billion.
  • Sustainability goals include maintaining a PUE below 1.4, a WUE of zero.

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Scala Data Centers Inaugurates Phase 2 of Tambore Campus, Brazil
Scala Data Centers, Latin America's sustainable data center platform, inaugurated Phase 2 of its Tambore Campus in Greater Sao Paulo, Brazil last Wednesday. Scala stated that this expansion establishes the campus as the largest data center facility in Latin America. The company plans to invest a total of BRL 6.2 billion (USD 1.13 billion) in this phase, bringing Scala's total investment in the campus to over BRL 10 billion (USD 1.82 billion).

Also Read: Scala Data Centers Launches Latin America’s Second Largest Vertical Data Center




Phase 2 Inauguration

Phase 2 introduces 158 MW of IT capacity across five buildings, two of which (SGRUTB08 and SGRUTB12) are already operational and serving hyperscale clients. The expansion also includes the construction of three additional buildings (SGRUTB09, SGRUTB10, and SGRUTB67), set to be completed by 2025, with anchor clients already secured, the official release said.

Advanced Infrastructure

Located along the Rodoanel, the Tambore Campus is designed to meet future demands in AI and Machine Learning, offering infrastructure with high-density capabilities and energy-efficient design.

Once fully completed, the campus will feature 17 buildings and three power substations, with a total capacity of 600 MW, making it one of the ten largest data centers globally, Scala noted.

Also Read: Scala Data Centers Unveils Its First Hyperscale Data Center in Tepotzotlan, Mexico

Sustainability Commitment

All the new buildings are designed to support AI/ML and accommodate high-density demands, with densities ranging from 24kW per rack up to 100kW per rack. The buildings will utilise liquid cooling technologies for heat dissipation.

Scala affirmed its commitment to sustainability, maintaining a Power Usage Effectiveness (PUE) below 1.4 and a Water Usage Effectiveness (WUE) of zero, while relying entirely on renewable energy sources.

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