Hyperscale Data Center Solution
Scalable, Cost-Efficient and High-Performance Infrastructure for Cloud-Scale Deployment
1. Overview
Hyperscale data centers are the backbone of modern digital infrastructure, supporting large-scale cloud services, internet platforms, and enterprise applications.
Our Hyperscale Data Center Solution is designed to deliver massive scalability, high operational efficiency, and optimized total cost of ownership (TCO). By integrating compute, network, storage, power, and cooling systems into a standardized and modular architecture, we enable rapid deployment and seamless expansion from tens to hundreds of megawatts.
2. Key Features
Massive scalability: 10MW to 100MW+ deployment capability
Standardized architecture: repeatable and modular design
High energy efficiency: optimized for low PUE (≤1.2–1.3)
Cost optimization: reduced CAPEX and OPEX
High reliability: carrier-grade and enterprise-level availability
Fast deployment: prefabricated and modular construction
3. Full-Stack Architecture
Our solution integrates all core layers of a hyperscale data center:
Compute Layer: High-density server clusters for cloud and distributed workloads
Network Layer: High-speed spine-leaf architecture (100G/400G)
Storage Layer: Scalable distributed and object storage systems
Power Infrastructure: Reliable and efficient power distribution systems
Cooling Infrastructure: Advanced cooling optimized for energy efficiency
Management Layer: Intelligent monitoring, automation, and orchestration
4. Compute Infrastructure
High-density compute nodes (CPU-based and optional GPU acceleration)
Scalable cluster architecture for cloud and virtualization workloads
Optimized for large-scale deployment and high utilization
5. Network Infrastructure
Spine-leaf architecture for horizontal scalability
100G / 400G high-speed network backbone
High-port-density switches
Software-defined networking (SDN) support
This ensures high bandwidth, low latency, and flexible expansion.
6. Storage Infrastructure
Distributed storage architecture
Object storage for cloud-native applications
Tiered storage systems for cost optimization
High-capacity and scalable storage clusters
7. Power Infrastructure
Architecture
Utility Grid
→ Medium Voltage Switchgear
→ Transformer
→ Low Voltage Distribution
→ UPS (or optimized distribution mode)
→ Busbar System
→ Rack PDU
Key Capabilities
High-efficiency power systems
Modular power blocks (2–10MW per module)
Busbar-based flexible distribution
Reduced energy conversion losses
8. Cooling Infrastructure
Cooling Strategy
Chilled water cooling systems
CRAH / CRAC units
In-row cooling solutions
Airflow containment (hot/cold aisle)
Energy Optimization Technologies
Indirect evaporative cooling
Air-side economization
Heat pipe and free cooling technologies
These technologies significantly reduce energy consumption and operational costs.
9. Modular & Scalable Design
Prefabricated power and cooling modules
Modular data hall design
Containerized deployment options
Rapid expansion capability
This approach enables standardized replication and fast rollout of new capacity.
10. Intelligent Management
DCIM (Data Center Infrastructure Management)
Real-time monitoring and analytics
Energy management and optimization
Automation and orchestration systems
Remote operation and maintenance
11. Typical Deployment Model
Example: 20MW Hyperscale Data Center
Total IT Load: 20MW
Modular blocks: 4 × 5MW
Rack count: 400–800
Network: 400G spine-leaf
Storage capacity: 50PB+
Target PUE: 1.2
12. Key Advantages
Highly scalable architecture for hyperscale deployment
Cost-efficient design with optimized TCO
Standardized and repeatable deployment model
High energy efficiency and sustainability
Fast construction and deployment timeline
Flexible integration of future technologies
13. Compliance and Localization
Designed to meet Mexico NOM standards
Compatible with NEC and UL requirements
Adapted for 480V / 60Hz power systems
Supported by local engineering and service teams
14. Scalability and Future Readiness
Expandable from 10MW to 100MW+
Supports evolving cloud and digital workloads
Flexible integration of new technologies
Future-ready infrastructure design
15. Conclusion
Our Hyperscale Data Center Solution delivers a scalable, energy-efficient, and cost-optimized infrastructure platform designed for large-scale cloud and digital ecosystems.
By combining standardized architecture with modular deployment and intelligent management, the solution enables rapid expansion, high reliability, and long-term operational efficiency.