HomeTechnology and Data CentresX2M Connect (ASX:X2M)

X2M Opens Another Path into North Queensland AI Infrastructure

Technology and Data Centres By Victor Sage 3 min read

X2M Connect has signed a non-binding five-year partnership with Ethical Development Fund Australia to pursue a 20MW to 45MW GPU data centre and renewable energy precinct in North Queensland. The opportunity could generate both infrastructure delivery revenue and recurring platform fees, but remains subject to binding project agreements, funding and approvals.

  • Non-binding five-year partnership with Ethical Development Fund Australia
  • Initial North Queensland precinct proposed at 20MW to 45MW
  • Broader framework covers 10MW to 100MW projects
  • Potential mix of upfront delivery and recurring SaaS revenue
  • Projects remain subject to site-specific approvals and agreements

North Queensland Precinct Targets 20MW to 45MW

X2M Connect Limited (ASX:X2M) has added a third Australian data centre partnership, signing a non-binding five-year agreement with Ethical Development Fund Australia to pursue high-density GPU facilities and integrated energy precincts. The initial North Queensland concept is sized at 20MW to 45MW, while the wider framework covers potential precincts ranging from 10MW to 100MW across Queensland and other Australian locations.

The proposed site would combine a scalable data centre with existing renewable generation, potentially supplemented by other green energy sources from nearby locations. EDFA represents landowners seeking to develop sites with power, water and available space, although the announcement does not identify a final site, customer, financing package or construction timetable.

X2M Targets Delivery and Recurring Platform Fees

X2M’s role could extend beyond supplying the infrastructure. The company says it would coordinate equipment suppliers and operators, support tenant acquisition, deliver energy infrastructure and potentially manage the precinct once operational. That creates a proposed two-stage revenue model: upfront income from design and delivery, followed by ongoing software and platform fees.

Its platform is intended to connect power generation, storage and distribution with data centre sensors covering energy, water, temperature, humidity and other environmental systems. X2M says the system already connects more than 500,000 devices globally and has delivered efficiency outcomes in other applications, including a 19% improvement in water leak detection and 20% logistics cost savings in a gas-monitoring project. Those figures are company-provided examples from existing operations, not forecasts for the proposed data centre.

Binding Agreements and Approvals Remain the Test

The announcement follows a binding data centre agreement disclosed on 27 August 2026 with an estimated project cost above $250 million, as well as a separate non-binding partnership announced on 1 September. X2M said the latest arrangement strengthens its pipeline, but this agreement itself does not commit either party to build a facility or establish revenue.

CEO Mohan Jesudason said the company was taking prospects from evaluation to partnerships and contracts, adding that its Managed Delivery and Platform Services strategy could balance upfront revenue with ongoing SaaS revenue. The next meaningful evidence will be a precinct-specific binding agreement, followed by confirmation of land, power, water, funding, tenants and planning approvals. EDFA also stated that customary regulatory and planning approvals would be required.

Bottom Line?

The partnership expands X2M’s AI infrastructure opportunity, but its investment significance depends on whether this five-year framework converts into funded, site-specific projects and disclosed revenue.

Questions in the middle?

  • When will X2M identify a site and convert the framework into a binding precinct agreement?
  • What funding, customer commitments and delivery timetable will support the proposed North Queensland facility?
  • Can X2M demonstrate that its platform produces commercially meaningful efficiency gains in high-density GPU operations?