Dalsbruk, Finland — 28 March 2026. GreenGridLabs (GGL) Finland Oy has reached full commercial operations at the Dalsbruk datacenter in southern Finland. The facility now delivers Managed Compute Services to B2B clients on a continuous basis, powered entirely by renewable energy and backed by a grid-connected battery energy storage system (BESS).
The milestone marks the transition from commissioning to steady-state production. All compute hardware deployed at the site is owned by Riveon AG, the Swiss infrastructure group that structures and finances the hardware across the Riveon Group’s portfolio. GGL Finland Oy is the independent operating entity responsible for all day-to-day site management, dispatch decisions, and client service delivery in Finland.
Managed Compute Services
The Dalsbruk facility provides Managed Compute Services under a B2B, fiat-denominated service-fee model. Clients procure compute capacity measured in Compute Load Units (CLUs), with pricing structured for transparency and predictability. GGL Finland Oy holds no cryptocurrency custody — the service is a pure infrastructure offering, settled in fiat.
Workloads are fully interruptible by design, shaped around real-time grid signals and renewable generation curves. This flexibility is not a compromise — it is an architectural feature that allows the site to participate in the energy system as an active, responsive load rather than a passive consumer.
100% Renewable Power
The Dalsbruk site draws its electricity from Finland’s grid, which benefits from one of the highest renewable energy shares in Europe, driven by hydropower, wind, and nuclear baseload. The facility’s interruptible load profile further reinforces its green credentials: when renewable supply is abundant, compute runs at full capacity; when the grid is stressed, workloads are curtailed and the BESS provides frequency reserves.
Grid-Connected BESS
The co-located 18 MWh Huawei LUNA2000 battery storage platform — with 6 MWh installed and grid-connected in Phase 1 — participates in Finnish frequency containment reserve (FCR) and manual frequency restoration reserve (mFRR) markets. The BESS earns balancing revenue independently while stabilising the local distribution grid. This dual function — grid services revenue alongside compute operations — is fundamental to the economic architecture of every Riveon Group site.
Waste Heat Recovery
The Dalsbruk facility is engineered with a waste heat recovery pipeline designed to channel thermal byproduct from compute operations to local community heating infrastructure. In Nordic climates, where heating demand is substantial for much of the year, waste heat from datacenter operations represents a meaningful contribution to local energy systems — turning what would otherwise be dissipated energy into a community resource.
Operational Independence
GGL Finland Oy makes all operational dispatch decisions locally in Finland. The entity operates with its own Finnish staff, under Finnish jurisdiction, and in compliance with all applicable Finnish and EU regulations. Riveon AG, headquartered in Zug, Switzerland, provides the capital structure and governance framework but does not direct day-to-day operations at the site level. This separation of ownership and operations is a deliberate design choice — ensuring local accountability while maintaining the scalability of a group-wide hardware platform.
With Dalsbruk now in full commercial operations, the Riveon Group’s infrastructure footprint is live and generating revenue across both compute services and grid balancing markets.