Data Centre Procurement

Data centre procurement in government encompasses NIT-based tenders for designing, constructing, equipping, and operating central and state government data centres, covering civil works, IT infrastructure (servers, storage, networking), power systems, precision cooling, fire suppression, and managed facilities services.

What is Data Centre Procurement?

Government data centres are the backbone of e-governance. Central government operates national data centres through NIC; states operate State Data Centres (SDCs) partially funded by central schemes. Procurement for these facilities involves multiple contract categories:

• Civil and MEP construction: building the physical data centre facility (covered under construction tenders by CPWD or state PWDs)
• IT infrastructure: servers, storage area networks (SAN), networking (switches, routers, firewalls), tape libraries, procured through NIT or Rate Contract for IT Products
• Power infrastructure: UPS systems, DG sets, precision power distribution, separate NIT
• Precision cooling: CRAC units, raised floor systems, separate NIT
• IT-based managed services: operations, monitoring, managed security services, Managed Services Contract

Data centre tenders specify Tier ratings (Tier III being the most common government standard for production data centres, offering 99.982% availability). Technical specifications reference TIA-942 and Uptime Institute standards.

Large consolidated data centre projects (Integrated State Data Centres, National Data Centre expansions) are procured as System Integrator Contracts where a single SI delivers turnkey. Smaller component procurements use direct NIT.

MeghRaj (Government Cloud) is increasingly offered as an alternative to states building their own data centres, reducing new SDC construction tenders but increasing demand for managed cloud services contracts.

Why Data Centre Procurement matters for Indian government suppliers

Data centre procurement is a high-value segment where hardware, civil, and services contracts often run Rs 50-500 crore. The market is growing as government cloud adoption drives capacity expansion at NIC. Specialised vendors in precision cooling, UPS, and data centre infrastructure management (DCIM) software find a consistent demand pipeline from government data centre expansion projects.

Example

A state government issues an NIT on its GePNIC portal for equipping its new State Data Centre (SDC Phase II) with 200 rack servers, 500 TB SAN storage, core and aggregation switches, and a DCIM platform, estimated at Rs 85 crore. The NIT specifies Tier III redundancy, OEM authorisation, five-year comprehensive maintenance, and compatibility with the existing VMware virtualisation layer. The L1 system integrator at Rs 78 crore wins.

Frequently Asked Questions

What Tier standard do government data centres require?

Most central government and state data centres target Tier III (N+1 redundancy, 72-hour power capacity) per the NIC Data Centre Policy. Critical national infrastructure may target Tier IV. The NIT specifies the Tier requirement and mandates independent certification by Uptime Institute or equivalent.

Are data centre civil works and IT works procured together?

In most cases they are separate tenders. CPWD or state PWD handles the civil and MEP works. The IT department or NIC handles IT infrastructure through a separate NIT. Turnkey SI contracts (combining civil and IT) are used for time-critical projects like Smart City Command Centres.

What is the typical contract duration for data centre managed services?

Data centre facility management and managed IT services contracts run five to seven years, aligned with the equipment refresh cycle. They include defined SLAs for uptime, incident response time, and preventive maintenance frequency.

Which certification is required for data centre equipment in government tenders?

Servers and networking equipment require BIS certification and/or OEM certification for government use. Power equipment (UPS, DG sets) must meet BEE star rating requirements. Fire suppression systems must comply with NBC (National Building Code) requirements.