Strupen at a Glance
Strupen (NVE ID 902) is a hydropower plant located in Kinn municipality, Vestland county, Norway. [1] The facility has been in operation since April 1999, [2] making it an established asset within Norway's renewable energy infrastructure. As a Kraftverk (conventional hydropower station), [3] Strupen operates within the NO3 electricity price zone, [4] which covers parts of western Norway and is integrated into the Nordic electricity market.
The plant draws water from the Solheimsvassdraget watershed system, [5] a hydrological unit that defines its resource base and operational characteristics. This geographic and hydrological context is essential for understanding the facility's generation profile and long-term sustainability.
Ownership and Operator
Strupen is held under concession by **STRUPEN ENERGI AS, [6] the primary rights holder responsible for operation, maintenance, and compliance with Norwegian energy regulations. The concession status with the Norwegian Water Resources and Energy Directorate (NVE) is currently granted_pending**, [7] reflecting the regulatory framework governing hydropower assets in Norway.
Understanding the operator's track record, financial stability, and technical competence is critical for asset managers evaluating long-term operational reliability and dividend sustainability.
Hydrological Context
Strupen is integrated into the **Solheimsvassdraget** watershed system, [8] which determines water availability, seasonal variation, and generation capacity. The watershed's precipitation patterns, runoff characteristics, and storage capacity directly influence the plant's output profile and revenue stability.
For investors, watershed-level analysis is essential: it reveals whether a facility benefits from stable, year-round water supply or experiences pronounced seasonal swings. Detailed hydrological metrics—including gross head, catchment area, and long-term average inflow—are available to registered users on the HydroSec platform.
Regional and Grid Infrastructure
Location: Kinn municipality, Vestland county [9]
Electricity Price Zone: NO3 [10]
Grid Connection: The nearest Statnett transmission substation is SAGEFOSSEN, approximately 9.52 km away. [11] Grid proximity is a key factor in infrastructure resilience and transmission losses.
Industrial Proximity: The nearest major industrial cluster is Høyanger (Hydro), located approximately 58 km away. [12] Industrial proximity can indicate regional demand patterns and potential offtake opportunities, though Strupen's output is primarily fed into the Nordic wholesale market.
Data Center Suitability Assessment
Strupen receives a Grade A rating for data center infrastructure compatibility, [13] indicating strong potential for colocation or direct power purchase arrangements. This assessment reflects the facility's grid stability, location, and technical characteristics—though specific megawatt capacity and detailed sub-scores are restricted to registered users.
Grade A facilities typically offer:
- Reliable, stable power supply suitable for mission-critical computing
- Proximity to grid infrastructure with low transmission risk
- Operational track record demonstrating technical competence
- Potential for long-term power purchase agreements (PPAs)
Detailed capacity metrics and tier-specific infrastructure assessments are available upon registration.
What You'll Access After Registration
HydroSec's full plant profile includes restricted data fields designed for serious investors and asset managers:
- Installed Capacity & Generation Metrics: Maximum output (MW), average annual production, and historical generation data
- Technical Specifications: Gross head, catchment area, storage capacity, and turbine configuration
- Hydrological Analysis: Long-term inflow patterns, seasonal variation, and drought/flood risk assessment
- Financial & Tax Context: Concession terms, tax obligations, and regulatory compliance status
- Infrastructure Details: Transformer specifications, grid codes, and transmission loss estimates
- Sub-Scores for Data Center Use: Tier-specific power quality, redundancy, and latency metrics
Risks and Limitations
Regulatory Risk: Hydropower concessions in Norway are subject to periodic review and potential modification by the NVE. Changes to environmental regulations, water discharge requirements, or tax treatment could impact operational margins. [14]
Hydrological Variability: Generation output depends on precipitation and runoff patterns, which fluctuate seasonally and annually. Dry years may reduce revenue; wet years may trigger spillage constraints. Detailed hydrological risk assessment requires access to long-term inflow data.
Market Risk: Strupen's revenue is exposed to Nordic electricity prices (Elspot market in NO3 zone). Price volatility, grid congestion, and renewable energy penetration affect wholesale returns.
Grid Infrastructure Risk: Transmission constraints or substation outages at SAGEFOSSEN could temporarily reduce export capacity or increase curtailment risk.
Data Limitations: This overview is based on publicly available NVE data and HydroSec's proprietary assessment. Specific operational metrics, financial performance, and detailed infrastructure specifications are available only to registered users. No information presented here constitutes investment advice, tax guidance, or a return forecast.
Disclaimer: This page is for informational purposes only. All data is derived from the Norwegian Water Resources and Energy Directorate (NVE) and HydroSec's proprietary database. Investors should conduct independent due diligence and consult with legal, tax, and technical advisors before making investment decisions. Past operational performance does not guarantee future results.