Brulandsfoss at a Glance
Brulandsfoss (NVE Plant ID: 47) is an active hydropower plant located in Sunnfjord, Vestland county, Norway. Operated by EVINY FORNYBAR AS, this facility has been in continuous operation since its commissioning on 30 June 1934. The plant draws water from the Jølstra watershed and feeds power into the NO3 price zone of the Norwegian electricity market.
Ownership & Operator
Brulandsfoss is owned and operated by EVINY FORNYBAR AS, a renewable energy company with a portfolio of hydropower assets across Norway. As the primary concession holder, EVINY FORNYBAR AS holds the operating license from the Norwegian Water Resources and Energy Directorate (NVE). For detailed information about the operator's other assets and corporate structure, visit the EVINY FORNYBAR AS profile.
Hydrological Context
The plant is integrated into the Jølstra watershed system, one of Norway's significant hydropower catchment areas. This watershed supports multiple hydropower installations and is characterized by reliable precipitation patterns typical of western Norway. The hydrological characteristics of the Jølstra system directly influence the plant's seasonal generation patterns and long-term productivity. Learn more about the Jølstra watershed and its hydropower infrastructure.
Regional Location & Grid Connection
Municipality: Sunnfjord County: Vestland Electricity Price Zone: NO3 Nearest Statnett Transformer Station: TEFRE (approximately 2.99 km away; voltage classification not publicly available) Nearest Industrial Zone: Høyanger (Hydro facility, approximately 25 km away)
The plant's location in the NO3 price zone positions it within Norway's southern grid region, which experiences distinct seasonal demand and pricing patterns. Proximity to the TEFRE transformer station ensures grid integration, while the nearby Høyanger industrial area represents a significant regional demand center.
Data Center Suitability Assessment
HydroSec's infrastructure suitability analysis assigns Brulandsfoss a Grade A rating for potential data center deployment. This classification reflects favorable conditions for cooling-intensive computing operations, subject to detailed technical and regulatory review. The Grade A designation indicates that the plant's characteristics align with the upper tier of data center feasibility, though specific megawatt capacity and thermal output figures are available only to registered users.
What this means: A Grade A rating suggests the facility possesses the technical and locational attributes necessary for data center applications, but does not constitute a guarantee of feasibility or profitability. Detailed infrastructure assessments, including precise power availability, cooling capacity, and grid interconnection specifications, require account registration and access to HydroSec's full data suite.
Plant Classification
Brulandsfoss is classified as a Kraftverk (hydropower plant) under the NVE taxonomy. This classification distinguishes it from other renewable energy infrastructure and places it within Norway's regulated hydropower sector. For an overview of similar Kraftverk installations, or to explore the full map of Norwegian hydropower facilities, use HydroSec's navigation tools.
Concession Status
The plant operates under an active concession from the NVE, confirming its legal right to generate and distribute hydroelectric power. Active concession status is a prerequisite for grid-connected operation and participation in the Nordic electricity market.
What Becomes Available After Registration
HydroSec's free profile provides an overview of Brulandsfoss's location, ownership, and suitability classification. Upon registration, users gain access to:
- Detailed technical specifications: Maximum capacity (MW), average annual production, gross head, and turbine configuration
- Advanced suitability sub-scores: Granular assessments of cooling, grid, and infrastructure factors
- Hydrological data: Historical inflow patterns, seasonal variability, and long-term productivity trends
- Site infrastructure maps: Precise transformer station distances, voltage classes, and grid topology
- Ownership & concession details: Full regulatory history, concession terms, and operator contact information
- Comparative analysis: Benchmarking against similar plants in the Jølstra system and Vestland region
Risks and Limitations
Data Completeness: Some technical parameters (voltage classification of TEFRE, exact turbine specifications) are not publicly available through NVE sources and are marked as unknown in this profile.
Hydrological Variability: Hydropower output is inherently dependent on precipitation and snowmelt patterns. Historical production does not guarantee future performance, and climate variability may affect long-term yield expectations.
Regulatory Risk: Changes to Norwegian water law, environmental regulations, or concession terms could affect operational parameters or profitability. The NVE retains authority to modify concession conditions.
Grid & Market Risk: Power prices in the NO3 zone fluctuate based on Nordic market dynamics, transmission constraints, and seasonal demand. Grid outages or maintenance at TEFRE could temporarily affect dispatch capability.
Data Center Feasibility: The Grade A suitability rating is a preliminary assessment based on available data. Actual data center deployment would require detailed engineering studies, environmental impact assessments, and regulatory approvals not covered in this profile.
No Investment Advice: This profile is informational only and does not constitute investment advice, financial recommendation, or guarantee of returns. Asset managers and family offices should conduct independent due diligence, including legal, tax, and technical reviews, before making investment decisions.
Disclaimer: Information is sourced from the Norwegian Water Resources and Energy Directorate (NVE) and is current as of the last data refresh. HydroSec makes no warranty regarding completeness or accuracy and disclaims liability for decisions made based on this profile.