Kinn

Kinn is an established energy hub anchored by the operational Guleslettene wind farm and significant 132 kV grid infrastructure serving the Florø region.

Active Queue

Production

0 MW

Consumption

0 MW

Cases

0

Active Concessions

Production

99 MW

Consumption

0 MW

Cases

12

Overview

Kinn municipality hosts the large Guleslettene wind farm (98.7 MW attributed) and a dense network of 132 kV grid upgrades and switching stations, reflecting its role as a key connection point in Vestland's power system. The municipality has no active grid queue items, suggesting current transmission capacity is being absorbed by existing and recently completed projects rather than new large-scale applications. A notable inactive concession relates to the Snorre A offshore electrification project (90 MW consumption, now inactive), which would have drawn significant power from the Ålfoten substation.

Recent Activity

No significant changes have been recorded in the last 30 days based on available data. The concession portfolio appears stable, with the grid upgrades and Guleslettene wind farm already in operational or advanced stages.

Key Substations

Magnhildskaret koblingsstasjonBotnaneset transformatorstasjonÅlfoten transformatorstasjonBryggja transformatorstasjonDeknepollen transformatorstasjonRugsundøy transformatorstasjon

Municipality Stance

Kinn appears receptive to energy infrastructure development, having hosted a major wind farm (Guleslettene) and several grid reinforcement projects. The approval of a fast-ferry charging station in Florø indicates openness to green transport electrification. No strong signals of active opposition to energy projects are evident from the concession record.

Outlook

Kinn's outlook is shaped by its mature grid infrastructure centred on Magnhildskaret and the operational Guleslettene wind farm. The upgraded 132 kV network connecting Florø to the wider Vestland grid provides a solid foundation for future consumption growth or additional renewable capacity. The collapse of the Snorre A offshore electrification project removes a large potential load, but may free up capacity for other developers. Opportunities may exist for battery storage, solar, or additional hydro projects, particularly given the existing grid connection points. The absence of any active queue reservations suggests developers have yet to test remaining headroom in the transmission system.

Grid Infrastructure
Hydropower
Wind Power
Transport & EV Charging
Oil & Gas