Sundsfjord at a Glance
Sundsfjord is a Kraftverk (hydropower plant) located in Gildeskål municipality, Nordland county, Norway. Registered with the Norwegian Water Resources and Energy Directorate (NVE) under ID 411, the facility has been in continuous operation since 1961. The plant draws water from the Forsåga watershed, positioning it within a well-established hydrological system in northern Norway.
The facility operates in the NO4 price zone, reflecting its position in the Nordland region and its integration into Norway's national grid infrastructure. This classification is relevant for understanding the plant's market exposure and grid connection dynamics.
Ownership & Operational Structure
Sundsfjord is operated by **SKS PRODUKSJON AS**, the primary concessionaire holding rights to the facility. Understanding the operator's portfolio, financial stability, and operational track record is essential for investors evaluating long-term performance and management quality.
The concession status with NVE is currently active, confirming that the facility maintains valid operating authorization and meets regulatory compliance standards.
Hydrological Context
The plant's water supply derives from the Forsåga watershed, a key hydrological system in the region. The catchment area characteristics—including precipitation patterns, seasonal runoff, and storage capacity—directly influence the plant's generation profile and predictability. Access to detailed hydrological data, including historical inflow patterns and drought resilience metrics, is available upon registration.
Regional Position & Grid Infrastructure
Location: Gildeskål, Nordland Price Zone: NO4 Nearest Statnett Transformer Station: Approximately 0.3 km away (132 kV) Nearest Industrial Hub: Glomfjord Industripark (~20 km)
The proximity to grid infrastructure (0.3 km to the nearest 132 kV transformer station) indicates strong grid connectivity and minimal transmission losses. The nearby Glomfjord Industripark represents potential demand-side opportunities for power offtake agreements or industrial partnerships.
Data Center Suitability Assessment
HydroSec rates Sundsfjord with a Grade A for data center hosting potential, based on preliminary infrastructure and location analysis. This assessment reflects favorable conditions for colocation facilities, subject to detailed technical validation post-registration.
Grade A indicates that the site meets stringent criteria for:
- Grid stability and redundancy
- Proximity to fiber and telecommunications infrastructure
- Regulatory environment and permitting clarity
- Power supply reliability and cost competitiveness
Detailed capacity estimates, sub-scores for cooling, latency, and site-specific constraints are available in the registered user portal.
Operational Timeline
The facility commenced operations on 31 January 1961, making it a mature, proven asset with over six decades of operational history. This longevity provides investors with extensive historical performance data and demonstrates the durability of the underlying infrastructure.
What Becomes Available After Registration
HydroSec's registered user portal unlocks detailed technical and financial metrics:
- Installed Capacity (MaksYtelse) and historical generation profiles
- Average Annual Production (MidProd) and seasonal variability
- Gross Head (BruttoFallhoyde) and efficiency parameters
- Sub-scores for data center suitability (cooling, latency, redundancy)
- Detailed hydrological analysis including drought scenarios and inflow forecasts
- Site infrastructure maps and grid connection specifications
- Ownership history and concession terms
These data points are essential for conducting due diligence, modeling cash flows, and assessing risk-adjusted returns.
Risks and Limitations
Hydrological Variability: Hydropower generation is inherently dependent on precipitation and runoff patterns. Drought periods, climate variability, and long-term hydrological shifts can materially impact production and revenue. Historical data does not guarantee future inflow conditions.
Regulatory and Concession Risk: The facility operates under a NVE concession that may be subject to renewal, modification, or additional environmental or operational constraints. Changes in Norwegian energy policy, grid regulations, or environmental requirements could affect operational economics.
Market Price Risk: Power generation revenue is exposed to spot market prices in the NO4 price zone. Wholesale electricity prices are volatile and influenced by regional supply/demand dynamics, interconnection flows, and broader European energy markets.
Grid and Infrastructure Risk: Dependence on the nearby 132 kV transformer station and broader Statnett infrastructure introduces counterparty and operational risks. Grid outages, maintenance, or capacity constraints could temporarily reduce revenue.
Data Completeness: This profile is based on publicly available NVE registry data and HydroSec's preliminary assessment. Detailed financial, operational, and hydrological information is restricted to registered users and subject to data verification and updates.
No Guarantee of Returns: This page provides factual information for due diligence purposes only. It does not constitute investment advice, a recommendation to buy or sell, or a guarantee of any financial return. Investors must conduct independent analysis and consult qualified advisors before making investment decisions.
Currency and Jurisdiction Risk: Investments in Norwegian hydropower are subject to EUR/NOK exchange rate fluctuations and Norwegian tax and regulatory frameworks. Tax treatment varies by investor domicile and structure.
---
*Data sourced from NVE (Norwegian Water Resources and Energy Directorate) registry and HydroSec proprietary analysis. Last updated: [current date]. For the most current information, consult the NVE Hydropower Registry directly.*