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AirTrunk JHB2 data center

Iskandar Puteri, Johor, Malaysia · Johor market · location approximate to city level

AirTrunk JHB2 is a data center project in Iskandar Puteri, Malaysia, operated by AirTrunk. It is under construction. It is planned for 270 MW of IT load.

Record last checked against its sources on 22 October 2026.

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Stage
Under construction
Planned IT load
270 MW
Running now
Not disclosed
Operators rarely publish this
Operator
AirTrunk
Colocation
AI workloads
Confirmed
Evidence grade
Corroborated
Will it get built?Strong6 of 7 gates passed
✓ Land secured✓ Power arranged✓ Approvals granted✓ Money committed○ Tenant or own use✓ Builder appointed✓ Construction started

Next gate to watch: Tenant or own use.

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

Where it sits

Johor holds 43 active projects with 4,880 MW of planned IT load between them, and AirTrunk JHB2 ranks 7th by planned capacity. Of those, 3 are operational, 9 are operational and expanding, 11 are under construction, 1 is past financial close, 5 are at the land and permitting stage and 14 are announced only. Published colocation vacancy in Johor was 0.7% as of June 2026, on 897 MW of operational colocation capacity as counted by Cushman & Wakefield. Vacancy excludes hyperscaler self-build.

AirTrunk has 3 others in Malaysia and 8 projects elsewhere in the dataset tracked by ArusGrid, including AirTrunk JHB1, AirTrunk JHB4 and AirTrunk JHB3. It sits on the AirTrunk JHB2 campus. Named funding comes from Blackstone and CPP Investments on the equity side. No user of the capacity is on the public record as of 2026-10-01, after a check of operator, landlord, contractor, regulator and lender documents. Most colocation leases are confidential, so this says nothing about occupancy.

The money on record is RM9.7bn (about US$2.2bn) as of February 2025, the announced investment. Power comes from TNB through grid supply. Cooling uses direct liquid cooling, with a design PUE of 1.37.

Grid power for a large industrial user in Malaysia costs about US$0.14 per kWh as of July 2025, the country figure ArusGrid applies where a site has no published rate. The US export control position for advanced AI chips in Malaysia, as of 27 September 2026, is recorded as “No US destination-based licence requirement as enforced”. ArusGrid holds 8 public sources for this project, the latest dated 29 July 2026, and last checked the record on 22 October 2026.

How well evidenced is it

Construction or financing is evidenced, or several independent signals agree. The rules are fixed and published on the Methodology page.

Reaching this stage requires a dated construction source, which corroborates the project on its own.

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

AI workloads

StatusConfirmed

AirTrunk liquid-cooled design standard

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

Who is behind it

OperatorAirTrunk · Colocation
Funder, EquityBlackstone
Funder, EquityCPP Investments

Who uses the compute

Checked on 2026-10-01. 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

Announced investment, 2025-02RM9.7bn (about US$2.2bn)

The figure covers several facilities.

Platform deals that include it

Blackstone/CPP acquisition of AirTrunk
Platform acquisition, 2024-09
US$16.1bn
AirTrunk Malaysia total commitment
Country programme, 2026-05
US$6.8bn
IFC investment in AirTrunk Johor
Debt, 2026-05-29
US$175m
AirTrunk JHB2 green project financing
Debt, 2026-07-29
US$2.3bn

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

Colocation price per kW of IT load per month

No published price band exists for Malaysia, and ArusGrid does not estimate from the regional benchmark alone. What was searched is listed on the Colo prices page.

Project team
Main contractorLeighton Malaysia Confirmed source ↗
Construction and fit-out
Land
Industrial estateSiLC (UEM Sunrise) · 11 ha Confirmed source ↗
Power supply
Grid supplyTNB · Jul 2026 Confirmed source ↗
30MW solar PPA plus 1MW rooftop per building · About 4,468 GWh a year for JHB1 and JHB2 at full use; design PUE 1.37
Virtual renewable dealib vogt (via TNB grid) · 29.99 MW · Jul 2026 Reported source ↗
Solar, Corporate Green Power Programme, operating from July 2026 · Covers AirTrunk's Malaysia platform, not JHB2 alone · Covers the operator's wider portfolio in this country, not this site alone.
On-site solarAirTrunk · 1 MW Reported source ↗
IFC says each data centre has 1MW of rooftop solar.
Water and cooling
WaterMains drinking water · Ranhill SAJ; reclaimed water planned via Johor Special Water with IWK effluent · 910 million litres a year Confirmed source ↗
Volume is for JHB1 and JHB2 at full use. The reclaimed water plant had not started as of July 2026 (The Star)
CoolingDirect liquid cooling · design PUE 1.37 Confirmed source ↗
Water-efficient cooling; liquid cooling at the campus
WaterMains drinking water · Ranhill SAJ · 910 million litres a year Confirmed source ↗
About 910 ML a year is the combined water use of JHB1 and JHB2 at 100% utilisation, with about 4,468 GWh a year of power. A water purification plant with Johor Special Water is planned for wastewater recycling.
Coolingdesign PUE <1.5 Confirmed source ↗
WaterMains drinking water · Ranhill SAJ · 910 million litres a year Confirmed source ↗
IFC says JHB1 and JHB2 together are estimated to use about 910 million litres of water a year at 100% utilisation. The figure covers both campuses, not JHB2 alone. A water purification plant for recycled wastewater is planned with Johor Special Water.

Sources checked 2026-10-22

  1. airtrunk.com
  2. datacentermap.com
  3. AirTrunk secures US$2.325b green financing to support sustainable digital infrastructure growth in Malaysia (AirTrunk, 2026-07-29)
  4. AirTrunk Johor (Environmental and Social Review Summary) (International Finance Corporation, 2026-07-13)
  5. AirTrunk to build second data centre in Johor, combined cost of two facilities at RM9.7bil (MIDA, 2025-02-14)
  6. AirTrunk Johor data centres MYR12 billion (Techwire Asia, 2026-04-30)
  7. AirTrunk Johor (International Finance Corporation (ESRS 52336), 2026-07-13)
  8. AirTrunk Plans Second Data Centre In Johor (Bernama, 2025-02-14)

More in Johor

Also run by AirTrunk

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.