Advanced Cooling Solutions for Next-Generation Data Centres

Delivering performance, reliability, and sustainability through precision-engineered cooling technologies.

Direct Liquid Cooling (DLC)

Maximize cooling performance with Direct Liquid Cooling. This technology removes heat directly from high-performance components like CPUs and GPUs using coolant channels, reducing dependence on traditional air systems.

Benefits:

  • 30% higher cooling efficiency
  • Supports high-density server environments
  • Lower energy and operational costs
  • Ideal for AI workloads and HPC clusters

In-Row Cooling

In-Row Cooling provides direct, precision cooling to heat sources by positioning units between racks. This close-coupled design minimizes air mixing and improves overall efficiency.

Features:

  • Modular and scalable design
  • Intelligent temperature and humidity control
  • Variable speed EC fans for optimized airflow
  • Suitable for edge, enterprise, and colocation sites

Cold & Hot Aisle Containment

Prevent air mixing and enhance cooling predictability. Our containment systems ensure that cold air is efficiently directed to IT equipment while hot air is isolated and extracted back to cooling units.

Advantages:

  • Up to 40% higher cooling efficiency
  • Extends equipment lifespan
  • Flexible configuration for existing layouts
  • Improves sustainability and operational consistency

Complementary Infrastructure

Supporting Systems for Complete Efficiency

Racks

Engineered racks designed for optimized airflow and cable management, available in various load capacities with perforated doors and optional cable trays.

UPS (Uninterruptible Power Supply)

Ensure uninterrupted operation with high-efficiency online UPS systems — scalable, redundant, and ideal for mission-critical environments.

PDU (Power Distribution Units)

  • Standard PDUs: Durable, reliable power distribution.
  • Intelligent PDUs: Network-managed, offering energy monitoring, environmental sensors, and remote switching capabilities for proactive thermal management.