Data Center
Engineering the Future of Digital Infrastructure
Providing tailored data center solutions that integrate innovative design, precise engineering, and sustainable construction, ensuring optimal performance and reliability.
The Asia-Pacific (APAC) region is witnessing a significant expansion in data center construction, driven by rapid digital transformation and increasing demand for cloud services.
Japan stands as a leading Tier 1 Data Center market, with over 3,000 MW of total IT load currently under development.
Greater Tokyo, renowned for its extensive domestic and international connectivity, serves as the nation’s primary data center hub, making it an ideal location for data center operations.
In 2024, the APAC data center construction market was valued at approximately USD 19.51 billion and is projected to reach USD 35.09 billion by 2029, growing at a compound annual growth rate (CAGR) of 10.28%.
Demonstrated Success
With a solid track record in delivering high-capacity data centers, notable achievements include:
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Coordinating key responsibilities for efficient, secure, and timely datacenter completion
Operational Delivery Framework
Datacenter End to End Program (E2E)
Oversee the Program
Leads the overall datacenter planning, design, construction, and handover process from start to finish, ensuring a seamless end-to-end delivery.
Datacenter Engineering (DCE)
Direct & Manage Design
Manages datacenter design, coordinates A/E consultants, and provides technical input for builds and leases to support successful project delivery.
Lease Construction Managers (LCM)
Monitor the Progress (Lease)
Sets clear expectations and delivery criteria for lease providers, ensuring visibility on progress, risks, and reliable project delivery predictions.
Datacenter Development (DCD)
Manage Construction (Builds)
Oversees datacenter construction from start to handover, manages the General Contractor, and provides management and technical guidance throughout.
Site Acquisition (SAP)
Oversee Leasing Process
Manages all datacenter leases, identifies providers, and coordinates with site selection, design, fit-out, and the handover to operations.
Environmental Health and Safety (EHS)
Environmental Health and Safety
Focuses on protecting the health and safety of employees, contractors, visitors, and communities, while promoting environmental stewardship.
Datacenter Physical Security (DCPS)
Establish Requirements
Provides secure, reliable physical environments that safeguard assets, data, intellectual property, and people at critical infrastructure facilities.
Datacenter Integration (DCI)
Ready DCs for Handover
Prepares datacenters for operational readiness, managing installations and ensuring a smooth, successful transition to the Operations team.
Data Center Commissioning
Commissioning is a critical process that ensures all systems and equipment in a data center meet design specifications and operational standards before going live. It involves a series of tests and verifications, typically divided into five phases following industry standards such as ASHRAE and Uptime Institute guidelines. These phases include planning, design review, pre-functional testing, functional testing, and integrated systems testing. The final phase, integrated systems testing, is particularly crucial as it verifies that all systems work together seamlessly under various conditions. By adhering to these rigorous standards, commissioning guarantees that new facilities achieve optimal performance, reliability, and operational readiness.
Factory Acceptance Testing (FAT) – Pre-Commissioning
- Before equipment arrives on-site, critical components (e.g., generators, UPS, chillers, switchgear) undergo Factory Acceptance Testing (FAT) at the manufacturer’s facility.
- Verifies functionality, performance, and compliance with specifications.
- Reduces risks of defects or failures after installation.
Level 1 – Component-Level Startup (Site Acceptance Testing - SAT)
- After installation, individual components are tested on-site (Site Acceptance Testing – SAT).
- Ensures correct installation, wiring, and compliance with design requirements.
- Includes power-on checks, mechanical startups, and software/firmware verification.
Level 2 – System-Level Testing (Pre-Functional Testing)
- Verifies the integration of multiple components into a single system (e.g., UPS with batteries and switchgear).
- Tests communication between Building Management Systems (BMS) and critical infrastructure.
- Ensures redundancy and failover mechanisms are working.
Level 3 – Integrated Systems Testing (Functional Testing)
- Full end-to-end tests of power, cooling, and security systems under various operating conditions.
- Simulates real-world scenarios, including utility failures, generator startups, and load transfers.
- Ensures systems can handle expected loads while maintaining redundancy.
Level 4 & 5 – Reliability Testing & Final Handover
- Level 4: Load Bank Testing – Simulates IT loads to verify cooling, power, and airflow efficiency.
- Level 5: Integrated Commissioning (IST) – Full simulation of live operations, including failover scenarios.
- The final commissioning report is issued, and the data center is handed over for production use.
Design and Architecture
Developing scalable, secure, and energy-efficient data center infrastructures tailored to client requirements.
Construction and Supply Chain Management
Overseeing construction to ensure timely, budget-compliant completion, while coordinating with vendors to procure and deliver essential components seamlessly.
Engineering Solutions
Implementing advanced technologies to optimize performance and efficiency, ensuring seamless integration of all components.
Engineering, Procurement, and Construction
Providing comprehensive EPC services, including thorough testing to validate system performance and reliability.