Eigersund
Eigersund is an active energy municipality anchored by an operational wind farm, expanding grid infrastructure, and a growing queue of hydrogen, aquaculture, and small-scale production projects at Kjelland transformatorstasjon.
Active Queue
Production
24 MWConsumption
35 MWCases
8Active Concessions
Production
121 MWConsumption
50 MWCases
10Overview
Eigersund hosts the 110 MW Egersund wind farm — the dominant asset in the local energy landscape — alongside significant ongoing grid reinforcement work by Enida AS to strengthen supply to Eigerøy and the Kaupanes area. The Kjelland transformatorstasjon serves as the central hub for new connections, with active queue positions held by hydrogen producers, aquaculture operators, and Dalane Kraft's portfolio of small-scale hydro and other production projects. Two withdrawn queue items (29.4 MW combined) suggest some capacity pressure at Kjelland, though the queue remains active and diverse.
Recent Activity
In the last 30 days, Pelagia AS entered the grid connection queue at Kjelland TRA seeking 6 MW of industrial consumption capacity, signalling continued demand-side interest in the municipality's grid infrastructure.
Key Substations
Municipality Stance
No formal municipal stance is documented in the available data, but Eigersund appears development-friendly in practice: the 110 MW Egersund wind farm is operational, grid expansion projects are progressing, and the queue at Kjelland TRA is actively filling with diverse project types including hydrogen, aquaculture, and industrial consumers.
Outlook
Eigersund's near-term outlook is positive. Enida's planned Kaupanes transformatorstasjon and the 132 kV Kjelland–Kaupanes line will materially expand grid capacity on Eigerøy, opening new connection opportunities. The Kaupanes area is emerging as a hydrogen cluster (19 MW combined queue), while Dalane Kraft's multiple reserved positions suggest incremental hydro and small-scale production growth. The Flex2power marine energy pilot adds innovation interest. The two withdrawn queue positions (29.4 MW) are worth monitoring as a potential signal of prior capacity constraints, but the active queue remains robust. Developers should engage with Kjelland TRA as the primary connection point.
| KAUPANES HYDROGEN AS | 13 | consumption | Kjelland TRA | Lnett AS | In Queue | hydrogen |
| DALANE KRAFT AS | 6 | production | Kjelland TRA | Lnett AS | Reserved | hydro |
| DALANE KRAFT AS | 20 | production | Kjelland TRA | Lnett AS | withdrawn | hydro |
| Dalane Kraft AS | 10 | production | Kjelland TRA | Lnett AS | Reserved | other |
| DALANE KRAFT AS | 4.3 | production | Kjelland TRA | Lnett AS | Reserved | hydro |
| DALANE KRAFT AS | 3.7 | production | Kjelland TRA | Lnett AS | Reserved | hydro |
| ENIDA AS | 9.4 | production | Kjelland TRA | Lnett AS | withdrawn | hydro |
| KAUPANES HYDROGEN AS | 6 | consumption | Kjelland TRA | Lnett AS | Reserved | hydrogen |
| PELAGIA AS | 6.3 | consumption | Kjelland TRA | Lnett AS | In Queue | aquaculture |
| Sirevåg Aqua As | 10 | consumption | Kjelland TRA | Lnett AS | In Queue | aquaculture |