Svabo at a Glance
Svabo (NVE ID 759) is a hydropower plant located in Rana municipality, Nordland county, in northern Norway [0]. The facility has been in operation since May 1996 [6] and is classified as a Kraftverk (conventional hydropower plant) [2]. It operates within the NO4 electricity price zone [5], which covers parts of central and northern Norway and is important for regional energy pricing and grid management.
The plant draws its water supply from the Andfiskåga watershed [8], a hydrological system that defines the facility's catchment area and seasonal water availability. Understanding the hydrology of this system is essential for assessing production patterns and long-term resource stability.
Operator and Ownership
Svabo is operated under a concession held by **MO INDUSTRIPARK AS** [7], the primary license holder responsible for the plant's operation and regulatory compliance. The facility maintains an active concession status with the Norwegian Water Resources and Energy Directorate (NVE) [10].
MO INDUSTRIPARK AS operates within a strategic industrial context: the plant is located approximately 1 km from the Mo i Rana Industripark [11], one of Norway's significant industrial clusters. This proximity to industrial infrastructure may influence operational patterns and grid integration strategies.
Hydrological and Regional Context
Svabo draws water from the **Andfiskåga watershed** [8], which determines the plant's hydrological characteristics and production capacity. The catchment area's precipitation patterns, seasonal runoff, and water availability directly affect the facility's output profile throughout the year.
The plant is situated in Rana municipality, Nordland county [3][4], a region with substantial hydropower resources and industrial energy demand. Nordland is one of Norway's primary hydropower regions, with extensive water systems supporting both industrial and grid-connected generation.
Electricity Price Zone and Grid Integration
Svabo operates in the NO4 price zone [5], which reflects the regional electricity market dynamics and transmission constraints. The facility's nearest Statnett transformer station is located at SVABO, approximately 0.5 km away [9], indicating direct and efficient grid connection infrastructure.
Data Centre Suitability Assessment
HydroSec's assessment framework rates Svabo as Grade A for data centre hosting potential, with a maximum estimated capacity of approximately 1 MW [9]. This rating reflects the facility's technical characteristics, location, and infrastructure suitability for mission-critical cooling applications.
Grade A indicates optimal conditions for data centre deployment, considering factors such as:
- Proximity to reliable electrical infrastructure
- Stable, year-round water availability from the Andfiskåga system
- Industrial-zone location with established utility connections
- Grid stability within the NO4 zone
This assessment is qualitative and based on publicly available data. Detailed scoring breakdowns, sub-component ratings, and site-specific infrastructure analysis are available to registered users.
What You'll Access After Registration
The following detailed information is available exclusively to registered users of the HydroSec platform:
- Precise installed capacity (MaksYtelse) and average annual production figures (MidProd)
- Gross head (BruttoFallhoyde) and detailed hydrological profiles
- Sub-scores for data centre suitability across cooling, power, and infrastructure dimensions
- Detailed site maps showing transmission lines, water intake points, and facility layout
- Historical production data and seasonal variation patterns
- Concession document summaries and regulatory compliance records
Risks and Limitations
Hydrological Variability: Hydropower output depends on precipitation and runoff patterns, which vary seasonally and year-to-year. The Andfiskåga watershed's water availability is subject to natural climate variation and may not support consistent output levels across all periods.
Regulatory and Concession Risk: The facility operates under an NVE concession that may be subject to modification, renewal conditions, or regulatory changes. Concession terms, environmental requirements, and grid connection obligations may evolve.
Grid and Market Risk: Electricity prices in the NO4 zone fluctuate based on supply, demand, and interconnection dynamics. Grid congestion or transmission constraints may affect market access or pricing.
Data Limitations: This page presents information derived from public NVE registers and HydroSec's assessment framework. Specific operational, financial, or technical details require direct engagement with the operator or access to detailed concession documents.
No Guarantee of Returns: This information is provided for informational purposes only and does not constitute investment advice, financial projections, or guarantees of any kind. Hydropower investments carry technical, regulatory, market, and hydrological risks that must be independently assessed.