Narvik

Overview

Narvik sees intense energy demand pressure driven by multiple large data center projects from Aker Nscale and Aaktik Digital, together representing over 660 MW of queued consumption at Kvandal and Ballangen connection points. The Skoglund industrial area is a focal point for infrastructure investment, with 420 kV and 132 kV upgrades already concession-granted to serve both data centers and a planned hydrogen/ammonia facility. While one major hydrogen project (Narvik Green Ammonia, 250 MW) has been withdrawn from the queue, active concessions and reservations reflect sustained developer confidence in the region's grid capacity and industrial growth potential.

Recent Activity

In the past 30 days, Franzefoss Minerals AS secured a reserved grid connection (4 MW industrial) at Skjomen KRA, Noranett was granted a new 33 kV switching station concession, and Statkraft's application for grid infrastructure at Skjomen hydropower plant advanced to formal application stage. Activity reflects continued incremental buildout rather than any major new entrants.

Key Substations

Municipality Stance

Narvik appears receptive to large-scale energy and industrial development, as evidenced by multiple granted concessions for data centers, hydrogen infrastructure, grid upgrades, and shore power. The active buildout of high-voltage infrastructure at Skoglund and Kvandal suggests coordinated planning between grid operators, industry, and local authorities.

Outlook

Narvik's outlook is strongly positive for large power consumers, particularly data centers and green industry. The Skoglund and Kvandal 420 kV infrastructure positions the municipality to absorb hundreds of megawatts of new industrial load. The withdrawal of Narvik Green Ammonia (250 MW) from the queue is a setback for hydrogen ambitions, but Narvik Hydrogen AS remains active. Continued Statnett grid investment—including the Rombaken and Ofotfjorden cable upgrades—will improve supply security. Developers should note that Kvandal is a highly contested connection point with multiple large consumers competing for capacity.