AI² builds green AI infrastructure: solar generation, battery storage, grid connection and AI data centres engineered as one self-sustaining platform. Registered in the Netherlands, operating across Xinjiang, Central Asia, Southeast Asia, Europe and Africa.
Energy flows from sun to compute through a single, AI-optimised stack. An Energy Management System coordinates every layer in real time, so a campus stays stable on the grid and productive when the grid is not.
TOPCon bifacial modules on single-axis trackers.
LCOE ≤ RMB 0.25/kWh in XinjiangContainerised LFP systems with 4h+ backup for compute.
6,000+ cycle design lifeSubstation design, access studies, dispatch agreements and ancillary services.
6–12 month connection cycleHigh-density GPU racks with closed-loop liquid cooling.
Compute-as-a-service for AI teamsWe develop the power, build the park around it, and keep it running.
Site selection, development, construction and grid connection of PV and storage plants.
Integrated PV + BESS + AIDC campuses, planned, let and operated by AI².
Predictive, remotely monitored operation of battery storage and grid assets across their lifetime.
Campuses are sited for abundant solar resource, available substation capacity and policy support, then replicated across regions.
Up to 3,200 sun hours a year. Core node of the Digital Silk Road and the western compute corridor.
Kazakhstan and Uzbekistan. Low land cost and strong Belt and Road backing.
Fast-growing digital economies with rising demand for local compute.
Romania and Bulgaria first. Aligned with the EU AI Continent Action Plan.
Emerging markets where solar and storage unlock new digital capacity.
Compute leads, while parks, storage services and power markets add steady, lower-volatility income. Long-term contracts of 3–5 years anchor GPU utilisation.
Entities, founding team, Xinjiang site selection, first investors.
100 MW PV, substation, storage and first data hall, plus EMS integration.
Grid connection, 10 MW AIDC live, park tenants and market participation.
200 MW PV, 600 MWh storage, 30 MW AIDC, and replication abroad.
Each campus avoids roughly 100,000–200,000 tonnes of CO₂e a year against fossil-powered compute. Green power is certified, and cooling runs closed-loop.
150–300 skilled jobs per campus, with training partnerships alongside local universities and vocational schools.
Dutch governance standards, an AI ethics committee, and ISO 27001 and SOC 2 Type II security assurance.
Announcements, project milestones and perspectives on powering AI with clean energy.
How one energy-to-compute stack removes the grid bottleneck for AI.
ProjectsPriority goes to sites with existing substation capacity.
InsightA look at the energy constraints shaping AI infrastructure siting.
AI² offers long-duration exposure to clean power and AI compute, with phased capital deployment matched to financing milestones.
Figures are management targets based on internal planning assumptions and are not guarantees of future performance. They are provided for information only and do not constitute an offer of securities. Access to the full business plan is subject to confidentiality.
Investors, hyperscalers, utilities and governments: talk to us about sites, capacity and partnerships.
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