Vartdal at a Glance
Vartdal is a [Kraftverk][1] (hydropower plant) located in [Ørsta municipality][2], [Møre og Romsdal][3] county, Norway. [The plant has been in operation since 1933][4] and remains active under the primary concession holder [TUSSA ENERGI AS][5]. It operates within the [NO3 price zone][6], serving the Nordic electricity market through Statnett's transmission infrastructure.
The plant draws water from the [Storelva watershed][7], a key hydrological system in the region. This integration into a larger water system is critical for understanding seasonal production patterns and long-term yield stability.
Ownership & Concession
[TUSSA ENERGI AS][5] holds the primary concession for Vartdal. The plant's [active concession status with NVE][8] (Norwegian Water Resources and Energy Directorate) confirms ongoing regulatory compliance and operational authorization. For detailed information about the concession holder's portfolio, asset structure, and financial performance, visit the [TUSSA ENERGI AS owner profile][5].
Hydrological Context
Vartdal is part of the [Storelva watershed system][7]. Understanding the broader catchment area is essential for assessing water availability, seasonal variability, and long-term hydrological trends. The plant's production profile is shaped by precipitation patterns and runoff characteristics across this drainage basin.
For a comprehensive view of all plants within this water system, see the [Storelva river profile][7].
Regional Location & Infrastructure
Municipality: Ørsta County: Møre og Romsdal Price Zone: NO3 NVE Plant ID: 928
The plant's proximity to grid infrastructure influences connection costs and operational efficiency. [The nearest Statnett transformer station is approximately 7.45 km away, operating at 66 kV][9]. The nearest major industrial cluster is [Høyanger (Hydro facility), approximately 119 km away][10], which provides context for regional industrial demand and potential grid congestion patterns.
Data Center Suitability Assessment
Vartdal receives a HydroSec Tier-1 Suitability Grade: A for data center applications. This rating reflects:
- Operational Stability: [Active concession status and continuous operation since 1933][4] demonstrate long-term reliability.
- Grid Connectivity: [66 kV connection to nearby Statnett infrastructure][9] supports stable power delivery.
- Regional Demand: Integration into the [NO3 price zone][6] ensures market liquidity and price transparency.
Detailed technical parameters—including maximum capacity, average annual production, and gross head—are available upon registration and verification. These metrics are essential for precise data center workload modeling and power purchase agreement structuring.
What's Unlocked After Registration
HydroSec's full plant database includes restricted data fields to comply with Norwegian energy security guidelines:
- Detailed Capacity & Production Metrics: Maximum output (MW), average annual production (GWh), and gross head (m)
- Sub-Scores: Grid stability index, hydrological volatility, and seasonal production profile
- Hydrological Deep-Dive: Monthly inflow patterns, drought-risk assessment, and multi-year yield analysis
- Site Infrastructure Map: Precise GPS coordinates, access routes, and grid connection specifications
- Comparative Benchmarking: Performance against similar plants in the NO3 zone and nationwide
These data points are critical for institutional investors, family offices, and asset managers conducting due diligence on power supply contracts or infrastructure investments.
Related Resources
Explore other [Kraftverk plants][1] in Norway, view the [interactive map of all hydropower facilities][11], or dive deeper into the [Storelva watershed][7] to understand regional hydrology and interconnected assets.
Risks and Limitations
Data Completeness: This public profile contains summary information only. Detailed technical specifications, financial projections, and site-specific risk assessments require authenticated access.
Regulatory Changes: Concession terms, grid connection standards, and energy market regulations may change. Current data reflects NVE records as of the last update; verify with official sources for investment decisions.
Hydrological Variability: Historical production data does not guarantee future performance. Precipitation patterns, climate change, and upstream water management decisions affect yield. No returns or production levels are guaranteed.
Grid & Market Risk: Power prices, grid stability, and transmission constraints are subject to market forces and infrastructure changes beyond plant control.
Not Investment Advice: This page provides factual data for informational purposes only. It does not constitute investment advice, financial recommendations, or tax guidance. Consult qualified advisors before making investment decisions.