TSK to Build Green AI Hyperscale Campus Linked to 170 MW Hydrogen-Ammonia Projects in Huelva
Go Energy has announced TRON, which it describes as Europe's first green AI hyperscale campus, to be developed in Huelva (Spain) with TSK as the lead builder. The 200 MW campus spans San Juan del Puerto, Trigueros, and Gibraleón, with operations targeted for 2028. It will run exclusively on renewable energy and be linked to Go Energy's hydrogen and ammonia projects in the region-100 MW in San Juan del Puerto and 70 MW in Gibraleón.
For IT and development teams, this points to a new European hub for high-performance compute with a low-carbon energy backbone. Expect a focus on GPU-heavy workloads, energy-aware SLAs, and sustainability reporting baked into contracts and operations.
At a glance: what's being built
- 200 MW green AI campus on the Millares livestock estate, designed for data center workloads and high-performance computing.
- Energy link to 170 MW of green hydrogen and ammonia projects now in the final phase.
- Investment north of €1.5 billion, with several thousand direct and indirect jobs expected.
- Project declared of general interest and supra-municipal, with unanimous institutional support.
- Consortium includes TSK, Garrigues, Ally, Power Electronics, Neurair, Value On, and NVIDIA.
Why it matters for AI, infra, and platform teams
- Lower-carbon compute: The hydrogen/ammonia link suggests firm, renewable-backed energy for large-scale AI training and inference.
- Capacity at scale: 200 MW supports multi-tenant GPU clusters, HPC nodes, and data-intensive pipelines.
- Ecosystem signal: NVIDIA's involvement hints at a GPU-forward design and potential fast-track access to modern accelerators.
- Regional node: Puts Huelva on the map for European AI workloads, with proximity advantages for Iberian latency and data residency.
What to watch next (technical)
- Interconnect: Details on network backhaul, IX presence, and cloud on-ramps for hybrid setups.
- Cooling and water strategy: Efficiency targets (e.g., PUE/WUE) and thermal management approach for dense GPU racks.
- Energy contracting: Structure of PPAs or energy instruments, carbon accounting, and guarantees of origin for hydrogen-linked supply.
- Resilience: How hydrogen/ammonia assets integrate with grid capacity, storage, and backup systems.
- Timeline: Phased delivery toward the 2028 start date and how early tenants can participate.
TSK's role and parallel projects
TSK will engage from early design and engineering through execution, coordinating with technology partners for hydrogen and ammonia production. The company brings nearly 40 years of industrial and renewable project experience.
Beyond Huelva, Go Energy also relies on TSK for alkaline-technology hydrogen projects in the Balearic Islands and a green hydrogen plant in Almussafes (Valencia). Together, these efforts support one of Europe's key Green Hydrogen Valleys with total planned investments exceeding €2 billion.
Go Energy's broader strategy
Go Energy operates across the USA, Japan, the Caribbean, the Middle East, and Europe, focusing on renewable energy and industrial development. In Spain, its strategy centers on green hydrogen and green ammonia, positioning the country as a supply hub for third markets.
The Huelva projects have municipal approval in San Juan del Puerto and Gibraleón and aim to serve the petrochemical and industrial cluster in the area. Once operational, TRON is set to place Huelva at the forefront of sustainable digital infrastructure in Europe.
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