Our Expertise

Strategic Advisory & Site Selection RIBA 0 E 1

Market Analysis & Expansion Strategy: Identifying the best regions for expansion based on connectivity, power availability, and business incentives. Site Selection & Due Diligence: Evaluating potential sites based on technical, economic, and regulatory feasibility. Feasibility Study (Technical & Economic): Assessing CAPEX, OPEX, and operational risks for informed decision-making. Urban Planning & Entitlements: Managing zoning, building permits, and liaising with municipal authorities. Power Availability Assessment & Request: Engaging with grid operators to secure sufficient power supply for the project. Environmental & Sustainability Impact Assessment: Ensuring compliance with environmental regulations and sustainability goals.

Real Estate & Transactional Support

Land Acquisition: Assisting in securing land or property under optimal conditions. Legal & Regulatory Compliance Support: Navigating complex real estate and compliance matters. Investment & Development Advisory: Supporting investment strategies with technical expertise.

Masterplanning & Conceptual Design

Data Center Masterplan Development: Creating scalable layouts for multi-phase or
hyperscale developments.
Test Fit & Capacity Studies: Ensuring the site can accommodate required IT loads and infrastructure.
Sustainability & Energy Efficiency Strategy: Implementing water and power solutions, passive cooling, and innovative façade systems.

Architectural & Engineering Design (RIBA 2-4)

RIBA Stage 2 – Concept Design: Developing architectural, MEP, and structural design
concepts with focus on resilience, security, and cooling strategies.
RIBA Stage 3 – Spatial Coordination: Refining design to align with technical requirements,
planning submissions, and coordination with engineering disciplines.
RIBA Stage 4 – Technical Design: Producing detailed architectural and engineering
documentation for tender and construction.

Engineering & Technical Consultancy

Energy Efficiency & Cooling Optimization: Designing high-performance façades, heat recovery systems, and site-specific passive strategies. Resilience & Redundancy Planning: Ensuring high availability and disaster recovery readiness. Wind & Water Integration: Implementing innovative environmental responses, including wind turbines, rainwater harvesting, and adaptive façade systems.

Urban & Infrastructure Coordination

Utility & Infrastructure Coordination: Engaging with power, water, and telecom providers to integrate essential services. Road & Access Planning: Aligning with urban planning authorities and stakeholders on road access and logistics.Stakeholder & Municipality Liaison: Managing negotiations with private and public entities to ensure smooth approvals.

Masterplanning & Conceptual Design

Carbon Neutral & Circular Economy Strategies: Designing for minimal carbon footprint and efficient material use. LEED, BREEAM & Other Certifications: Supporting compliance with green building standards. Renewable Energy Integration: Exploring on-site and off-site renewable energy solutions for sustainability goals
Key Projects & Solutions Based on Server Needs
  • Customized Cooling Solutions for Diverse Data Center Needs
  • Waste Heat Recovery Solutions In Data Centers
Direct-to-Chip Liquid Cooling for High-Density Servers
  • Applied to high-performance computing (HPC) and AI workloads.
  • Advantages: High energy efficiency, reduced fan usage, and targeted heat removal.
Immersion Cooling for Edge and Hyperscale Data Centers
  • Best suited for GPU-intensive applications and edge deployments.
  • Advantages: Superior thermal performance, hardware longevity, and reduced water usage.
Air-Liquid Hybrid Cooling for Legacy Data Centers
  • Ideal for data centers transitioning from air to liquid cooling.
  • Advantages: Flexible retrofitting, energy savings, and scalable performance.

Key Projects & Solutions Based on Server Needs

➢ Customized Cooling Solutions for Diverse Data Center Needs
➢ Waste Heat Recovery Solutions In Data Centers

Direct-to-Chip Liquid Cooling for High-Density Servers

➢Applied to high-performance computing (HPC) and AI workloads.
➢Advantages: High energy efficiency, reduced fan usage, and targeted heat removal.

Immersion Cooling for Edge and Hyperscale Data Centers

➢Best suited for GPU-intensive applications and edge deployments.
➢Advantages: Superior thermal performance, hardware longevity, and reduced water usage.

Air-Liquid Hybrid Cooling for Legacy Data Centers

➢Ideal for data centers transitioning from air to liquid cooling.
➢Advantages: Flexible retrofitting, energy savings, and scalable performance.