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PDG CH1 data center

Chennai, Tamil Nadu, India · Chennai market · location approximate to city level

PDG CH1 is a data center project in Chennai, India, operated by Princeton Digital Group. It has been announced and has not yet reached the land or permitting stage. It is planned for 72 MW of IT load.

Latest change on record: entered the record as announced on 19 September 2024. Record last checked against its sources on 22 October 2026.

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Stage
Announced
Planned IT load
72 MW
Running now
Not disclosed
Operators rarely publish this
Operator
Princeton Digital Group
Colocation
AI workloads
Likely
Evidence grade
Sourced
Will it get built?Long shot1 of 7 gates passed
○ Land secured○ Power arranged○ Approvals granted✓ Money committed○ Tenant or own use○ Builder appointed○ Construction started

Next gate to watch: Land secured.

Your call. Will it be built?

Build odds is ArusGrid's reading of the public record, not a forecast, a rating or advice. It counts the gates this project has passed in public sources. Private progress does not show, a passed gate can be undone, and projects that pass every gate still stop. The method has not yet been tested against outcomes. How it works.

How India approves, powers and taxes data centers is on Data center rules in India.

Where it sits

Chennai holds 16 active projects with 819 MW of planned IT load between them, and PDG CH1 ranks third by planned capacity. Of those, 10 are operational, 1 is operational and expanding, 2 are under construction, 2 are at the land and permitting stage and 1 is announced only. Published colocation vacancy in Chennai was 24.2% as of June 2025. Vacancy excludes hyperscaler self-build.

Princeton Digital Group has 1 other in India and 7 projects elsewhere in the dataset tracked by ArusGrid, including PDG HY1. Named funding comes from Warburg Pincus, Ontario Teachers' Pension Plan, Mubadala and Stonepeak on the equity side. No user of the capacity is on the public record as of 2026-10-02, after a check of operator, landlord, contractor, regulator and lender documents. Most colocation leases are confidential, so this says nothing about occupancy.

The stage was recorded as announced only on 19 September 2024.

The US export control position for advanced AI chips in India, as of 27 September 2026, is recorded as “No US destination-based licence requirement as enforced”. ArusGrid holds 4 public sources for this project, the latest dated 27 September 2026, and last checked the record on 22 October 2026.

How well evidenced is it

One or two hard signals sit behind the announcement. The rules are fixed and published on the Methodology page.

Named funderYes
Disclosed clientNo
Committed or approved capitalNo
Dated, sized phaseNo
Three or more sourcesYes
Dated source in the last 24 monthsYes

AI workloads

StatusLikely

Operator markets 72MW as AI-ready high density.

Access to AI chips

GradeNo US licence required

This country carries no US destination-based licence requirement for advanced AI chips as the rules are enforced today. Access is a commercial matter between the project and its vendors. Criteria are published on the Methodology page.

US licence required for this destination as enforcedNo
A party headquartered in China or Macau on the projectNo
Country-level export frameworkNo
A party named in a government authorisationNo
US approved operator or confirmed client on the projectNo
Named chip-vendor partnershipNo

No US destination-based licence requirement as enforced · No US destination-based licence requirement as enforced (2026-09-27) source

Stage history

2024-09-19Announced · princetondg.com

Who is behind it

OperatorPrinceton Digital Group · Colocation
Funder, EquityWarburg Pincus
Funder, EquityOntario Teachers' Pension Plan
Funder, EquityMubadala
Funder, EquityStonepeak

Who uses the compute

Checked on 2026-10-02. No user of this capacity is on the public record. ArusGrid read the operator's releases, the landlord's and contractors' exchange filings, regulator and lender documents and interconnection records. Most colocation leases are confidential, so this says nothing about occupancy.

Money at this site

ArusGrid estimate, building costabout US$406m to US$605m

No figure has been announced. This range is 72 MW of planned IT load times a published benchmark of US$6.64 per watt for Mumbai, plus or minus 15 percent, with 10 percent more at the top for liquid cooling because the project is AI-positioned. It covers the building and its mechanical and electrical plant. It excludes land, grid works, servers and fees.

Benchmark: Turner & Townsend Data Centre Construction Cost Index 2025, as reported by Data Storage Asia. An estimate is never added to any total on the site.

Platform deals that include it

PDG US$1bn India expansion (Mumbai and Chennai, 230MW)
Platform capital, 2024-09
US$1.0bn

Platform capital spans several sites. It is never added to this project's own figure.

Colocation price per kW of IT load per month

ArusGrid estimate, grade CINR 6,800 to INR 8,900 (about USD 81 to 106)

ArusGrid estimate, grade C. Published band for this country. Priced on the hyperscale band, which already reflects anchor deals. No usable capex for this site. Electricity unstated in the band. An estimate, never a quote, computed by fixed rules published on the Colo prices page and never counted in any total.

market band, hyperscale (2024-12)INR 6,800 to INR 8,900 Cushman & Wakefield for Sify Infinit Spaces, 2025-10-16
Build, land, power and water
Nothing found in public sources yet. Most contractors and utilities never name their data centre clients. Know who built it or where its power comes from? Tell us.

Sources checked 2026-10-22

  1. Princeton Digital Group Unveils Major India Expansion Taking Total Capacity to 230 MW in Mumbai and Chennai (Princeton Digital Group, 2024-09-19)
  2. Where we operate (Princeton Digital Group, 2026-09-27)
  3. PDG breaks ground on latest Mumbai data center (DCD, 2026-04-10)
  4. Princeton Digital Group unveils major India expansion taking total capacity to 230MW in Mumbai and Chennai (IREI, 2024-09-23)

More in Chennai

Also run by Princeton Digital Group

Planned MW is IT load, the power available to servers, unless marked otherwise. Running capacity is rarely published, so a missing figure means undisclosed. Definitions, sourcing standards and evidence rules are on the Methodology page. Data is CC BY-NC 4.0. Corrections go to corrections@arusgrid.com. Dataset updated 2026-10-18.