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PIDCPisico Data Center
ENVI

In development · Gia Lai, Vietnam

An international, green, resilient AI campus in a renewable-surplus province.

PIDC is developing a phased AI data center campus in Gia Lai, a province that produces far more electricity than it uses. Our site sits beside the 220 kV transmission grid, within reach of the two international submarine cables that land at Quy Nhơn.

Contact usWhy Gia Lai
Building AI infrastructure where the power is.
Concept single-line diagram (SLD-00)Concept single-line diagram. Wind, solar and hydro plants feed the 220 kV grid. The PIDC campus takes power through its own substation, steps it down to medium voltage on two feeds, A and B, for the AI data halls, and connects by two separate fiber routes to the ADC and SJC2 cable landing stations at Quy Nhơn.220 kVABADCSJC2GENERATIONWindSolarHydrogridPIDC CAMPUSSubstationHV / MVMVAI data hallsFiberCable landingsQuy NhơnSLD-00 · CONCEPT · NOT TO SCALE
  1. Power from the 220 kV grid to the on-site substation
  2. Fiber on separate routes to each cable landing
  3. PIDC site boundary

Key facts

220 kVGrid connection
2International submarine cables landing at Quy NhơnADC · SJC2
Gia LaiLocationVietnam
In developmentCurrent stage

Why Gia Lai

Power, fiber and land in one place

01

Power

A province with surplus power

Gia Lai's wind, solar and hydropower plants produce far more electricity than the province uses. The site is beside the 220 kV transmission grid, and Vietnam's national power development plan includes new transmission capacity for the region. Using this power locally also eases the load on long-distance lines.

02

Connectivity

Two international cables land nearby

Quy Nhơn is the Vietnam landing point for the ADC and SJC2 submarine cables, both in service since 2025. We plan separate fiber routes from the campus to each landing station.

03

Land

Room to grow on one site

The campus is planned in phases on a single parcel. Later phases expand in place instead of starting over at a new location.

Schematic location map — PIDC site in Gia Lai, 220 kV grid link, dual fiber routes to ADC and SJC2 landings at Quy Nhơn (LM-01)Schematic location map. Central Vietnam, with the PIDC site in Gia Lai province, a 220 kV grid connection, and two separate fiber routes east to the ADC and SJC2 cable landing stations at Quy Nhơn on the coast.VIETNAM220 kV gridGia Lai ProvincePIDC siteQuy NhơnADC landingSJC2 landingEAST SEASchematic location map, mobile — PIDC site in Gia Lai, 220 kV grid link, fiber routes to ADC and SJC2 landings at Quy Nhơn (LM-01)Schematic location map (mobile). Central Vietnam, with the PIDC site in Gia Lai province, a 220 kV grid connection, and two separate fiber routes east to the ADC and SJC2 cable landing stations at Quy Nhơn on the coast.220 kVPIDC siteQuy NhơnADCSJC2
Vietnam · Gia Lai · the siteLM-01 · schematic · not to scale
Section A–A · west to eastSchematic west-to-east section of Gia Lai: generation on the highland plateau, transmission lines down through the mountain pass, and cable landings on the coast at Quy Nhơn.

HighlandsHydropower, wind and solar plants across the plateau.

Mountain passTransmission lines carry power down to the coast.

Coast · Quy NhơnGrid, port and the ADC and SJC2 cable landings.

Section A–A · west to eastSchematic, not to scale
More on Vietnam and Gia Lai

The campus

Planned for dense AI compute, built in phases

We are planning the campus around what large GPU deployments need: high power density, liquid cooling and direct international connectivity. Each phase is sized to committed tenant demand.

What is an AI data center?
Workloads
AI training and inference
Racks and cooling
High-density racks, liquid-cooled
Power
Dedicated high-voltage substation on site, beside the 220 kV grid
Connectivity
Carrier-neutral, with separate fiber routes to both cable landing stations
Delivery
In phases, on one site
Status
In development

Capacity figures and technical details are shared under NDA.

Campus concept illustrationConcept illustration of the campus: a first data hall with its cooling plant, later phases on the same parcel, an on-site substation connected to the grid, and two separate fiber routes.123456
  1. Phase 1 data hall
  2. Later phases on the same parcel
  3. On-site high-voltage substation
  4. Grid connection
  5. Separate fiber routes to the cable landings
  6. Cooling plant
Concept illustrationNot a design · not to scale

Talk to us about the campus

Contact us