DataVolt/ NEOM - NEOM City: Oxagon: AI Data Center Campus

General Information
Owner DataVolt
Masterplan Project (Parent Profile) Neom – NEOM City: Oxagon – Tabuk
Location Tabuk, Tabuk Province, Saudi Arabia
Status --
Sector Construction, Telecom, Data Centre
Contract Type Build
Onshore/Offshore Onshore
Greenfield/Brownfield Greenfield
Progress 0
Estimated Budget Value ---
Contract Value 0
Net Value $10000m
Award Date June 2026
Completion Date December 2028
Last Updated On January 2026
ProjectId (Old, New) 478017, 478017


Neom and DataVolt are planning to undertake the construction of a 1.5GW Green AI factory in Saudi Arabia.

Aligning with Oxagon’s ambition, the factory will integrate a wide range of computing densities and energy-efficient architectures to address the global challenges posed by traditional data centres.

The US$15000 million project includes the following:

Key Technical Features:

1. IT Load Capacity:

The facility is planned with an IT load capacity of about 1.5 GW

2. Power Infrastructure:

Primary source is the dedicated NEOM renewable energy grid

3. Backup and Resilience:

The facility will include Large-scale battery storage systems and gas turbines capable of green hydrogen operation (up to ~48 hours autonomous operation).

4. Data Centre Type:

The project is planned as an AI-optimised, hyperscale data centre campus

5. Cooling Systems:

Cooling will rely on Advanced liquid cooling

6. Power Density:

The infrastructure has a density of 50 kW per rack

7. Rack Configuration:

The facility will support a custom AI-optimised rack

Second Section

12 January 2026

The main contract bids are currently under evaluation and is expected to be awarded in a month. Sterling & Wilson, Larsen & Toubro amongst others submitted the bids on the project.

11 September 2025

The client has signed a memorandum of understanding (MoU) with LG Electronics to provide cooling solutions for the project. (Source: MEED)

13 February 2025

NEOM and Datavolt have signed an agreement for the development of the project. (Source: MEED)