Oldereid at a Glance
Oldereid (NVE ID 318) is a Kraftverk-type hydropower plant located in Bodø municipality, Nordland county, Norway. The facility has been in continuous operation since October 1953, making it a well-established asset within the Norwegian hydropower infrastructure. It operates within the NO4 electricity price zone and draws water from the Lakselva watershed, a key hydrological system in the region [1][2][3].
The plant is managed by SKS PRODUKSJON AS, the principal concession holder responsible for its operation and maintenance [4]. As a data-driven platform, HydroSec provides transparent, fact-based assessments of hydropower assets for institutional investors, family offices, and asset managers seeking to understand Norway's renewable energy infrastructure.
Ownership and Operational Context
SKS PRODUKSJON AS holds the main concession for Oldereid and oversees its day-to-day operations [4]. The company operates under Norway's hydropower regulatory framework, with the facility's status classified as active by the Norwegian Water Resources and Energy Directorate (NVE) [5]. This designation confirms that the plant continues to meet all operational and safety requirements.
Understanding the operator's track record, portfolio size, and maintenance practices is essential for investors evaluating long-term asset performance. Detailed information about SKS PRODUKSJON AS—including its other holdings, financial history, and operational standards—is available on the operator profile page.
Hydrological Setting: The Lakselva System
Oldereid draws its water supply from the Lakselva watershed, a precipitation catchment area that feeds the broader hydrological system in Nordland [2]. The Lakselva system is a critical component of the region's water resource management and directly influences the plant's seasonal production profile.
Investors should note that detailed hydrological data—including mean annual inflow, seasonal variation patterns, and long-term precipitation trends—are available after account registration. These metrics are essential for conducting thorough due diligence on production stability and climate resilience.
Regional and Grid Infrastructure
Location: Bodø municipality, Nordland county [1][3]
Electricity Price Zone: NO4 [3]
Oldereid operates within the NO4 price zone, which reflects the regional electricity market dynamics and transmission constraints. The facility benefits from proximity to grid infrastructure: the nearest Statnett transformer station is approximately 0.88 km away, operating at 66 kV [6]. This short distance to transmission infrastructure supports reliable grid connection and minimizes transmission losses.
The broader industrial context includes the Glomfjord Industrial Park, located approximately 56 km from the plant [7]. While not immediately adjacent, this proximity indicates the presence of regional industrial demand and potential future grid development opportunities.
Data Centre Suitability Assessment
HydroSec evaluates hydropower plants for their suitability as power sources for data centre operations, considering factors such as location, grid proximity, cooling water availability, and operational stability. Oldereid receives a Grade A data centre suitability rating, with an estimated maximum data centre load capacity of approximately 3 MW [8].
This assessment reflects:
- Proximity to grid infrastructure: The 0.88 km distance to the nearest 66 kV transformer station supports reliable, low-loss power delivery [6]
- Operational maturity: Seven decades of continuous operation since 1953 demonstrates technical reliability and regulatory compliance [2]
- Regional stability: Active NVE status and established concession framework provide regulatory certainty [5]
The Grade A rating indicates strong potential for data centre applications, though detailed sub-scores and site-specific infrastructure assessments are available to registered users.
What Becomes Available After Registration
HydroSec's public-facing data provides a transparent overview of plant fundamentals. Upon registration, institutional users gain access to:
- Detailed production metrics: Maximum capacity (MaksYtelse), mean annual production (MidProd), and gross head (BruttoFallhoyde)
- Advanced hydrological analysis: Long-term inflow patterns, seasonal profiles, and climate sensitivity assessments
- Sub-component data centre scores: Detailed breakdowns of cooling, grid, and location suitability factors
- Site infrastructure mapping: Precise coordinates, access routes, and utility connections
- Comparative benchmarking: Performance metrics against similar plants in the Lakselva system and broader Nordland region
These datasets support rigorous financial modelling, operational due diligence, and strategic asset allocation decisions.
Risks and Limitations
Regulatory and Concession Risk: While Oldereid's concession is currently active, all Norwegian hydropower assets remain subject to periodic regulatory review, potential renegotiation of terms, and changes in environmental or grid management policies [5]. Investors should monitor NVE announcements and concession renewal schedules.
Hydrological Variability: Hydropower production is inherently dependent on precipitation and inflow patterns. Long-term climate trends, seasonal drought, and extreme weather events can materially affect output. Detailed hydrological data and stress-testing scenarios are essential before making investment decisions.
Grid and Market Risk: Electricity prices in the NO4 zone fluctuate based on regional supply-demand dynamics, transmission constraints, and broader Nordic market conditions. The plant's revenue exposure to spot prices and ancillary service markets should be carefully modelled.
Data Limitations: This page presents only publicly available information. Concrete production figures, financial projections, and detailed site assessments are restricted to registered users and require appropriate due diligence agreements. No information on this page constitutes investment advice, tax guidance, or a guarantee of returns.
Operational and Technical Risk: While the plant has operated successfully since 1953, aging infrastructure, maintenance requirements, and potential capital expenditure needs should be evaluated through detailed technical audits and operator interviews.
Investors are strongly advised to conduct independent verification of all data, engage qualified technical and legal advisors, and review the full regulatory and contractual framework before committing capital.