Future Watt develops renewable generation, energy storage and powered land positioned for AI infrastructure across Europe, Asia Pacific and the Americas.
Explore portfolio details ↓A consolidated view of Future Watt's storage, renewable power and AI-ready infrastructure pipeline across eight active markets.
| Market | Project / cluster | Technology | Scale | Stage / thesis |
|---|---|---|---|---|
| Romania | Flagship portfolio | Grid-scale BESS | 1,200+ MW / 2,400+ MWh | 10+ projects · grid permits |
| Latvia | Bolderāja | Frequency regulation BESS | 45 MW / 120 MWh | Scarcity-premium market |
| Spain | Hybrid portfolio | Solar + storage | 500+ MWh | PPA structuring |
| Italy | C&I cluster | Distributed BESS | 30+ MW | Grid-services pathway |
| Australia | Learmonth | AIDC-linked BESS | 268 MW / 1,072 MWh | Powered-site option |
| Australia | Utility portfolio | Long-duration BESS | 250 MW | NEM arbitrage |
| Japan | Tokyo–Osaka cluster | Low-voltage C&I | 50+ MW | 6–12 month pathway |
| Chile | Aquiluz · Matilde · Zeus | PMGD solar + BESS | 30.6 MWp / 108 MWh | Target RTB Q4 2026 |
| Chile | Reserve pipeline | Utility-scale BESS | 500+ MW / 2 GWh | Target RTB Q4 2027 |
Confidential · Management information · Forecasts and target returns are illustrative and subject to financing, market conditions and execution.
Four markets combine utility-scale BESS, ancillary services, hybrid solar and distributed storage.
The flagship 700 MW / 1,400 MWh project connects at 400 kV. Portfolio projects received ATR permits between August 2025 and May 2026.
The project targets frequency regulation after the Baltic grid synchronized with continental Europe in February 2025.
The portfolio combines solar generation and storage in a market where grid resilience and flexible capacity have become national priorities.
A repeatable commercial and industrial BESS model aligned with EU support programs and Italy's expanding grid-services market.
Australia provides multiple storage pathways, while Japan offers a lower-voltage route around long high-voltage interconnection queues.
A four-hour storage configuration designed to support hyperscale demand and potential AI data center co-location.
The strategy uses lower-voltage grid access for faster deployment, with capacity-market and demand-response participation.
Texas offers land and grid infrastructure for AI development, while Chile combines exceptional solar resources with PMGD regulation.
The Texas opportunity links land, grid capacity and generation infrastructure with a future data center campus.
Aquiluz, Matilde and Zeus each pair 10.21 MWp of solar with 36 MWh of storage. The reserve pipeline adds 2 GWh of utility-scale storage.