GreenGridLabs is an operator, not a developer. Every facility we commission is one we intend to staff, maintain and evolve for the full life of the customers inside it.
Running a dense, renewable-powered compute facility is a very different job from running a legacy enterprise datacenter. The skills we invest in reflect that.
We identify locations where renewable generation, grid capacity and local permitting align. We handle the grid connection application, substation design and utility negotiation end-to-end.
Foundation, shell, perimeter and physical security are specified to datacenter-grade standards from day one — not upgraded later.
Medium-voltage intake, transformation and redundant low-voltage distribution sized for the specific density profile of each customer suite.
Free-air, indirect evaporative and liquid cooling systems designed to exploit the Nordic climate and deliver the lowest achievable PUE for the given density.
Structured cabling, rack standardisation and power distribution at the rack level. We install what you need; you focus on the workload.
Local engineering teams on site, on rotation, trained on the actual hardware in the facility. Not a shared NOC reading a runbook.
Receipt, inventory, installation, decommissioning, secure wipe and responsible recycling of customer hardware — tracked, documented, auditable.
Physical access control, CCTV, visitor management and documentation aligned with ISO 27001 principles and EU regulatory expectations.
GreenGridLabs is structured to do one thing well: operate. We are not a developer flipping buildings, not a reseller of cabinets, and not a cloud provider. That focus shapes how we work with customers.
We build relationships on multi-year horizons. Our business model assumes we will be running your hardware in year seven, not negotiating an exit in year two.
Power consumption, PUE, WUE and carbon intensity per site, reported to customers on a recurring basis. No opaque blended numbers.
Engineers live near the sites they run. Incident response times are measured in minutes, not hours.
We accept workloads most legacy colos decline: >30 kW per rack, liquid-cooled cold plates, rapid hardware refresh cycles.
Each site is operated by a local entity licensed in its jurisdiction. Contracts, data, employees and taxes stay local.
As part of the Riveon group, we can offer integrated facility-plus-compute arrangements for tenants that prefer a single commercial counterparty.
Our Dalsbruk facility on Kimitoön, Finland is designed as a single flexibility block on the Nordic grid. A battery storage system and a managed compute hall sit behind the same 10 kV connection and are dispatched together — the pair acts as one asset from the system operator's point of view.
The site is engineered to a nameplate of 18 MW / 18 MWh of Huawei LUNA2000 Smart String ESS — the hardware platform for the BESS side of the asset. The first 6 MW / 6 MWh are installed and connected at 10 kV through the local DSO, Caruna. The remaining capacity is engineered and parked on site, ready to be brought online as the next phases of the Dalsbruk build-out are completed on the operator's side.
The Huawei LUNA2000 pack is a distributed-DC, liquid-cooled platform. On the Dalsbruk site it is commissioned for participation in the Fingrid frequency-containment reserve family, run through a licensed balancing-responsible counterparty on the registration side.
The compute hall runs a managed workload that can be curtailed on short notice inside a contractually defined response envelope. We do not treat compute as a blocker for the grid — it is part of how we deliver flexibility.
A down-regulation signal is answered with a combination of battery charging and compute-load ramp. The split between the two is driven by battery state-of-charge, thermal headroom in the hall and the remaining duration of the activation window.
The site layout, MV switchgear and BESS container pads are built for the full 18 MW. Each additional increment of capacity arrives as the next phases of the Dalsbruk build-out are completed on the operator's side — not through a new construction phase here.
Tell us the density, the power profile and the region. We will tell you honestly whether we can host it — and if so, when.
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