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HyperPod Family

High-Performance Modular Data Centers:
Flexible, Scalable, and Rapidly Deployed

If Your Data Center Isn’t Modular Yet,
It’s Time to Rethink the Future.

HyperPod is the ideal solution for Hyperscale, Colocation, and Enterprise companies seeking high capacity and flexibility. With modules ranging from 600 kW to 36 MW, HyperPod enables rapid and granular infrastructure expansion, keeping pace with operational growth without interruptions.

Supports new high-density power demands;

Meets computational loads such as AI and Cloud;

Ideal for data center service operators and public cloud companies.

Our Solutions

MiniPod:
capacities from 600 kW to 7.2 MW

SharePod:
building block from 1.5 MW to 18 MW

LargePod:
capacities from 3 MW to 36 MW

AIPod:
600 kW / 1.4 MW / 4.5 MW

Advantages of Modular Data Centers

  • Rapid construction – up to 60% faster;
  • Scalability – grows with demand;
  • Customization – meets specific requirements;
  • Energy efficiency – optimized cooling and electrical systems;
  • Security and performance – strict quality standards.

The HyperPod Family is primarily composed of three main modules: Data Hall and HVAC Module, Electrical Room, and Redundant Electrical Room (Catcher). In addition, there are complementary modules such as TelcoBlock (Meet Me Room/MMR) and PowerBlock (Electrical Center/Medium Voltage), which can be deployed and commissioned in up to six months.¹

Whether for a single Hyperscale deployment or multiple sites, HyperPod ensures expansion with high availability and superior performance.

EdgePod Seta

¹ The six-month timeline may vary depending on demand and factory availability.

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Data Hall and HVAC Module

General specifications:

  • Data Hall module designed for different layouts, rack quantities, and power density levels, according to project and IT load requirements.
  • Rack-level power distribution through customized PDU strips, with redundancy options and architectures compatible with different electrical room configurations.
  • Airflow management and thermal containment solutions (hot aisle, cold aisle, or other strategies), aimed at high energy efficiency and alignment with the Data Center’s operating profile.
  • Precision HVAC system designed for continuous operation (Continuous Cooling), with configurable redundancy topologies, temperature and humidity control, and multiple supply and return air strategies, according to the adopted thermal concept.
  • Compatible with different cooling architectures, including CRAC, CRAH, Fan Wall, rack-based heat exchange systems (Rear Door Heat Exchanger), hybrid solutions, and options prepared for Liquid Cooling, with CDU integration when applicable.
  • Infrastructure prepared for different power supply strategies for critical systems, with the possibility of using redundant sources and automatic transfer devices, according to the architecture defined for the project.
  • Fire detection and suppression systems designed in accordance with standards and client requirements, with options for sprinkler systems or clean agent technologies suitable for mission-critical environments.
  • Flexible construction solutions for flooring, structural base, and Data Hall enclosures, allowing adaptation to different loads, installation conditions (indoor or outdoor), and local regulatory requirements.
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Electrical and Redundant Rooms

General specifications:

  • Electrical and redundant rooms designed to support different levels of critical IT load and auxiliary systems, with scalability and adaptation to the specific requirements of each project.
  • Modular UPS systems with configurable battery banks, compatible with different technologies, including VRLA and lithium-ion, sized according to autonomy requirements, lifecycle, and the Data Center’s operational strategy.
  • Flexible electrical architectures, with options for distributed redundancy or centralized redundant blocks, including redundant rooms (Catcher Rooms), according to the availability and resilience concept adopted by the client.
  • Electrical topologies aligned with international certifications and best practices, such as Uptime Institute and TIA-942, enabling different levels of fault tolerance and concurrent maintainability.
  • Option to use STS (Static Transfer Switch) for automatic transfer between independent power sources, increasing the reliability of critical circuits.
  • Flexible power distribution solutions, with the possibility of installing RPPs and/or PDUs both in electrical rooms and directly in the Data Hall, according to layout, distribution philosophy, and operational strategy.
  • Electrical room cooling system designed for continuous operation (Continuous Cooling), with different equipment and architecture options, including CRAC, CRAH, Split, Wall Mounted, or equivalent solutions, selected according to thermal load and environment criticality.
  • Fire detection and suppression systems designed in accordance with applicable standards and client requirements, with options such as sprinkler systems and/or clean agents, suitable for electrical and mission-critical environments.
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Medium Voltage Room
(PowerBlock)

General specifications:

  • Medium Voltage Room designed for integration with different power supply architectures, supporting modular, scalable, and mission-critical Data Centers.
  • Infrastructure prepared to accommodate medium-voltage to low-voltage transformers, sized according to load requirements, redundancy strategy, and future project expansion.
  • Integration with medium voltage switching and protection units (RMUs), compatible with different network configurations, reliability levels, and operational requirements.
  • Architecture aligned with electrical topologies compliant with international standards and certifications, such as Uptime Institute and TIA-942, supporting different levels of availability and concurrent maintainability.
  • Ventilation and exhaust systems designed to ensure proper thermal dissipation of medium voltage equipment, including natural ventilation, forced ventilation with exhaust fans, and hybrid solutions, according to site environmental characteristics and local standards.
  • Layout and construction solutions developed to facilitate operation, maintenance, safety, and equipment replacement, considering access requirements, electrical segregation, and asset protection.
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Ready to modernize your infrastructure
with our Modular HyperPods?

Ready to modernize your infrastructure
with our Modular HyperPods?

Request a customized proposal!