Ringerike

Overview

Ringerike has attracted an extraordinary concentration of datacenter investment, with ten queue positions totalling over 814 MW of consumption capacity from operators including atNorth, Green Mountain, Stack, Odin Green DC, Bulk, and Acrem — all targeting the Ringerike transformer station. Industrial consumers Billerud Korsnäs and Biojet add another 110 MW of consumption demand. On the production side, activity is limited: two solar applications (Sokna 15 MW and Marigaard 41 MW) were withdrawn in early 2025, and no active production concessions remain, highlighting a significant imbalance between consumption growth and local generation.

Recent Activity

In late June 2025, Bulk Data Centers AS added a 135 MW consumption reservation to the queue at Ringerike TRA, further deepening the already substantial datacenter pipeline at this node. This is the most recent addition to what is now one of Norway's most congested single-substation consumption queues.

Key Substations

Municipality Stance

Ringerike appears broadly open to large-scale energy consumption and digital infrastructure investment, evidenced by the depth of the datacenter queue at Ringerike TRA. However, two solar production projects were withdrawn in early 2025, suggesting local generation development faces hurdles — whether regulatory, economic, or grid-related.

Outlook

Ringerike TRA is becoming a focal point for Nordic datacenter colocation, and the pipeline of reserved and queued capacity suggests strong long-term demand. The key constraint will be grid capacity: Ringerike TRA must handle close to 925 MW of potential new consumption load, and grid reinforcement or expansion will be critical to realizing this pipeline. The withdrawal of KryptoVault (30 MW) and Solgrid's solar project signals that not all applicants will proceed, but the breadth of major operators present — atNorth, Green Mountain, Stack, Odin Green, Bulk — indicates genuine and sustained market interest. Developers considering production assets should assess whether grid upgrades create new connection opportunities; the lack of local renewable generation paired with heavy consumption demand could make future solar or storage projects strategically attractive if grid capacity is expanded.