Summary
- O-Green says it is developing AI-ready capacity across Oman, Spain, and other markets with a 200MW-plus 2028 target.
- Its wider platform combines renewable generation, storage, energy technology, and digital infrastructure.
- The company has not disclosed a complete site list, tenant roster, or contracted breakdown for the 200MW target.
O-Green is targeting more than 200MW of AI-ready data centre capacity across Oman, Spain, and other markets by 2028, extending the state-backed energy platform into large-scale digital infrastructure.
The target first appeared in a company update around Platform Global earlier in September and was picked up again in sector reporting on 21 September. It is therefore not a newly consented 200MW campus announced inside DataCentral’s core 48-hour sourcing window.
O-Green says its compute business will develop AI-ready, cloud, and hyperscale facilities supplied through the wider group’s renewable-energy platform. The company operates alongside businesses focused on power development and green-technology manufacturing.
Its official site states that the broader power portfolio under development exceeds 11GW across 12 countries, with more than 3.3GW of wind and solar and over 2.3GWh of battery storage described as secured.
The model is notable because power is one of the largest constraints on AI data centre development. Rather than approaching electricity as a service purchased after a site has been identified, O-Green is attempting to combine generation, storage, land, and compute development inside one proposition.
Power integration is an advantage, not a completion certificate
Oman’s energy-development pipeline could give O-Green useful control over an input that many data centre developers struggle to secure. Its planned 2.7GW continuous-renewable-energy project across Duqm and Mahout combines wind, solar, and battery storage and is intended to provide firm renewable output for industrial loads.
That does not mean the 200MW compute target is already power-secured in every target market. Spain presents a different development environment from Oman, with separate grid queues, permits, land requirements, and market structures.
An integrated renewable portfolio also has to distinguish annual energy matching from physical reliability. Data centres require continuous electrical service, so the system behind them must cope with periods when renewable generation is lower than demand.
Storage can bridge some mismatches, but the scale and duration of storage needed depends on the generation mix, grid connection, facility load, and required resilience.
O-Green has not publicly provided a complete list of sites making up the 200MW target or identified how much is permitted, grid-connected, financed, pre-leased, or under construction.
A target still needs a tenant and a site
Those missing details are important because the data centre market contains far more announced megawatts than commissioned megawatts. A credible energy platform can improve development prospects, but it does not substitute for planning consent, fibre, customer demand, equipment procurement, construction, and a deliverable utility connection.
The 2028 target leaves relatively little time for large greenfield sites that have not yet entered those processes.
O-Green’s strategy nevertheless illustrates a broader shift in digital infrastructure. Energy companies are moving downstream towards data centres at the same time as hyperscalers and operators move upstream towards generation, storage, and long-term power procurement.
The reason is the same on both sides: electricity has become inseparable from the economics of compute.
O-Green’s 200MW figure should therefore be treated as a portfolio ambition rather than available European capacity. The next material disclosures will be individual sites, grid positions, anchor customers, financing, and construction schedules. Those will show how much of the target has moved from an integrated energy-and-compute thesis into buildable data centre infrastructure.
