Data Centre Park Setup Project Report: Industry Trends, Plant Setup, Machinery, Raw Materials, Investment Opportunities, Cost and Revenue

Note: The regulatory items below outline the typical compliance architecture for this project type. Specific BIS / IS standard numbers, licence thresholds, GST HSN codes, and scheme rates referenced should be verified with the issuing authority (see References & primary sources at the bottom of this page). KAMRIT's compliance team confirms each item against current notifications during project engagement.

Data centre parks in India require a multi-layered compliance architecture spanning central government approvals, state-level industrial clearances, and sector-specific certifications. Unlike residential real estate governed by RERA, data centres operate under MeitY's information and communications technology framework, with additional mandates from the Ministry of Power and state pollution control boards. The regulatory sequence must be initiated with MeitY's empanelment, followed by grid connectivity approval from the respective state electricity utility, and environmental clearance under EIA Notification 2006 for the cooling tower and diesel generator installations.

• MeitY Empanelment: Application through the India Data Centre Council portal under the National Data Centre Scheme. Requires BIS 9001:2015 certification for infrastructure quality and submission of detailed technical specifications including redundancy levels (Tier III or above as per TIA-942). This empanelment is mandatory for participation in government cloud contracts and access to PLI-linked incentives.
• Grid Connectivity and Power Approval: Application to the state power utility (MSEDCL in Maharashtra, TANGEDCO in Tamil Nadu, TSREDCO in Telangana) for dedicated feeder connections. Requires load sanctioning per the Electricity Act 2003, Section 43, and installation of compliant HT metering infrastructure. For loads exceeding 1 MW, open access approval under the Electricity Act 2003 is required for cross-subsidy-free tariff access.
• Environmental Clearance under EIA Notification 2006: Data centre parks with cooling towers exceeding 50 GPM make-up water or diesel generator sets totalling more than 5 MVA fall under Category B, requiring State Environmental Impact Assessment Authority (SEIAA) clearance. The Form 1A environment impact assessment must include thermal dispersion modelling and water recycling proposals.
• Fire NOC and Building Plan Approval: Application to the local municipal corporation or development authority under the Unified Building Bye-Laws. Data centres require sprinkler suppression systems meeting NFPA 75 standards, with NOC from the Fire Department under the State Fire Prevention Act. Building plan approval under local development control regulations must designate the facility as IT/commercial infrastructure.
• Pollution Control Board Consent: Consent to Establish and Consent to Operate under the Water (Prevention and Control of Pollution) Act 1974 and Air (Prevention and Control of Pollution) Act 1981. The Consent to Operate requires quarterly emission monitoring reports for DG stacks and annual water consumption audits. Zero Liquid Discharge systems are mandatory in Maharashtra and Tamil Nadu.
• BIS Standards Certification: Relevant IS standards include IS 1477 (code of practice for painting of ferrous metals in buildings), IS 12777 (safety requirements for electrical installations above 650 V), and IS 13703 (low-voltage switchgear). The DC plant must comply with IS 16890 for modular UPS systems and IS 16101 for energy efficiency of room air conditioners used in precision cooling.
• Data Centre Compliance Certificate from STQC: The Standardisation Testing and Quality Certification Directorate under MeitY provides the Data Centre Compliance Certificate, which validates physical security, environmental controls, and operational procedures against the India Data Centre Standards. This certification is a prerequisite for availing state-level incentives in Telangana, Tamil Nadu, and Maharashtra.
• GST Registration and PAN-based E-Way Infrastructure: Data centre services attract 18% GST under SAC 9983 (Maintenance and repair of other machinery). The project requires GST registration under the Companies Act 2013 SPICe+ form, along with EPFO and ESIC registration for the operational workforce. Power infrastructure below 11 kV falls under the MSME Udyam registration threshold for expedited approvals.
• Licences from Department of Telecommunications: For data centres co-located with telecom infrastructure or offering co-location with ISP services, a Unified Licence under the Telegraph Act 1885 may be required. The ISP Licence from DOT is mandatory if the facility offers bandwidth services directly to tenants rather than through a licensed telecom partner.

KAMRIT Financial Services LLP manages the end-to-end regulatory filing sequence, coordinating with MeitY, state SEIAA authorities, pollution control boards, and BIS-accredited auditors. Our team maintains active liaison with MSEDCL and TANGEDCO for expedited grid connectivity and with STQC for compliance certification. The 150-page DPR includes a dedicated regulatory roadmap with approval timelines, pending document inventory, and a compliance calendar for the first five years of operations.

India's data centre sub-sector distinguishes itself from general real estate through annuity-based revenue models, IT load density metrics, and proximity to fibre hubs rather than traditional location scoring. The colocation segment commands the largest share at 58% of total absorption, followed by hyperscale built-to-suit at 27% and captive facilities at 15%. The Edge data centre sub-segment is the fastest-growing at 18% CAGR, driven by latency-sensitive applications in healthcare imaging, autonomous vehicle mapping, and financial algorithmic trading.

The disaster recovery sub-segment grows at 12% CAGR, tied to BFSI compliance mandates under RBI circulars on business continuity planning. Wholesale colocation is expanding at 14% CAGR as mid-tier enterprises exit owned data centre assets in favour of OpEx models post-RERA rationalisation of real estate holdings. Modular and edge nodes are experiencing 22% CAGR growth, particularly in proximity to manufacturing clusters such as Chakan, Sanand, and MIHAN Nagpur, where factory automation generates time-sensitive data.

The captive data centre segment remains flat at 4% CAGR as enterprises consolidate onto cloud-first architectures. State-wise, Maharashtra accounts for 38% of operational capacity, followed by Tamil Nadu at 18% and Telangana at 15%, with Karnataka and Uttar Pradesh showing the steepest absorption growth curves at 9 MW and 6 MW respectively in the trailing twelve months.

Project-specific demand drivers

• Housing for All
• PMAY-U
• Real estate residential demand recovery
• REIT and InvIT vehicles
• Office leasing recovery

Data centre technology selection pivots on the PUE (Power Usage Effectiveness) target, which in India's climate ranges from 1.4 in temperate zones to 1.8 in hot and humid regions without free cooling. The primary machinery stack comprises precision air conditioning (PAC) units with EC fans, modular UPS systems with lithium-ion batteries achieving 96% efficiency, and N+1 or 2N generator sets with auto-transfer switches. For a 20 MW IT load facility targeting Tier III certification, the recommended configuration includes 3 x 660 kVA UPS modules per hall, 4 x 2.5 MW diesel generators in N+1 configuration, and indirect evaporative cooling (IEC) towers that reduce compressor energy consumption by 35% compared to conventional chilled water systems.

Indian suppliers such as Vertiv India and Schneider Electric India offer turnkey power and cooling solutions with 5-year comprehensive maintenance contracts, while Chinese suppliers like Huawei FusionModule and Delta Electronics provide cost-competitive modular solutions with 2-year warranties. European Tier 1 suppliers including STULZ and Trane Technologies command premium pricing but offer superior warranty terms and local service density in Mumbai, Chennai, and Bangalore. The CapEx benchmark for a 10 MW IT load facility with Tier III design is ₹85 crore to ₹110 crore, comprising power infrastructure at 35%, cooling infrastructure at 25%, rack and structural works at 20%, and network and security at 20%.

Modular construction using pre-fabricated structural steel can reduce civil works timelines from 18 months to 10 months, critical for capturing early tenant commitments in high-absorption markets such as Hyderabad's IT corridor and Chennai's MEPZ industrial zone. Energy consumption for a fully loaded 20 MW facility averages 140 million kWh annually, with power costs representing 55% to 60% of total operating expenditure, making power purchase agreement structures with state utilities and open access procurement decisive for project viability.

The means of finance for a data centre park within the CapEx band of ₹20.3 crore to ₹726 crore depends on the targeted capacity scale. For the entry-scale 2 MW IT load facility (₹20.3 crore to ₹45 crore), a 70:30 debt-to-equity ratio is recommended, with term loans from SIDBI's New Millennium Indian Technology Leadership Initiative and ICICI Bank's infrastructure finance desk at prevailing rates of 9.5% to 11.5% for a tenure of 10 years including a 2-year moratorium. CGTMSE cover may be availed for the portion of working capital limits, though capital expenditure finance falls outside CGTMSE's primary scope. For the mid-scale 10 MW facility (₹120 crore to ₹250 crore), a 65:35 debt-to-equity ratio applies, with SBI, HDFC Bank, and Axis Bank providing syndicated term loans under their infrastructure lending frameworks. State industrial development corporations such as TSIIC in Telangana and MIDC in Maharashtra offer preferential land lease terms and infrastructure-linked concessional finance. The PLI scheme for IT hardware and electronics indirectly benefits data centre supply chains, though direct data centre PLI incentives are accessed through state-level data centre policies in Telangana (20% capital subsidy on land and infrastructure) and Tamil Nadu (15% SGST reimbursement). For large-scale facilities exceeding 50 MW, institutional equity from infrastructure funds managed by Brookfield, CDPQ, or Macquarie is appropriate, with debt structured as 60:40 and arranged by IDBI Bank or EXIM Bank with buyer credit facilities for imported equipment under the ECGC cover. The working capital cycle for colocation operations is 45 to 60 days, comprising 15 days of average debtor days for enterprise clients on quarterly billing cycles and 30 days of creditor days for utility payments under scheduled payment arrangements. The payback range of 2.5 to 5.3 years is sensitivity-tested against occupancy rates, with break-even occupancy at 62% for the mid-scale facility and 58% for the large-scale facility given higher amortisation of fixed infrastructure costs.

The three primary risks for a greenfield data centre park are power availability risk, competitive pricing pressure from hyperscale entrants, and regulatory uncertainty around land use and environmental compliance. Power availability is the most critical operational risk in Tier-2 cities such as Lucknow, Indore, and Bhubaneswar, where grid frequency consistency and transmission infrastructure adequacy vary significantly from metro cities. Mitigation structures include securing 100% backed-up power through a combination of HT grid supply, DG sets, and battery energy storage systems (BESS) with minimum 15-minute runtime, alongside negotiated open access approval to source power from exchanges during grid outages.

Competitive pricing pressure from hyperscale operators such as AdaniConneX, which can cross-subsidise colocation pricing from bundled real estate and renewable energy assets, is addressed through differentiation on latency-sensitive enterprise segments, compliance-focused certifications (SOC 2 Type II, ISO 27001), and long-term pre-commitment contracts with anchor tenants. Regulatory risk centres on potential amendments to the EIA Notification 2006 that may impose stricter water recycling mandates for cooling towers, and changes to state data centre policies that alter subsidy structures. A sensitivity analysis demonstrates that a 10% increase in power tariffs reduces IRR by 120 basis points, while a 15% delay in occupancy ramp-up extends payback by 0.8 years.

The bankable DPR incorporates a DSRA (Debt Service Reserve Account) covering 6 months of principal and interest, and a cash flow buffer of ₹8 crore for the mid-scale facility to manage ramp-up uncertainty.