Grytåga Småkraftverk – Overview
Grytåga Småkraftverk is a Kraftverk (hydropower plant) registered with the Norwegian Water Resources and Energy Directorate (NVE) under ID 1458 [1]. The facility became operational on 31 December 2007 [3] and is located in Vefsn municipality within Nordland county [2][4].
The plant draws water from the Grytåa watershed, a hydrological system that supplies consistent seasonal flow patterns typical of northern Norwegian river systems [5]. This geographic positioning places the facility within the NO4 price zone for Nordic electricity trading [6].
Ownership & Operator
Grytåga Småkraftverk is operated under concession by GRYTÅGA SETTEFISK AS [7], the primary license holder responsible for plant operations and regulatory compliance with NVE requirements.
The concession status is currently listed as granted pending [8], indicating that the facility holds active operational authorization while certain administrative or renewal procedures may be in process.
Regional & Infrastructure Context
Location & Grid Connection
The plant is situated in Vefsn municipality, Nordland county [2][4], placing it within a region characterized by significant hydropower development. The nearest Statnett transmission substation (132 kV) is approximately 19.57 km away [9], a distance that influences grid connection feasibility and infrastructure investment requirements.
The Mosjøen industrial area, home to major aluminum processing operations, lies approximately 21 km from the facility [10]. This proximity to industrial demand centers is relevant for understanding local electricity market dynamics and potential power purchase arrangements.
Electricity Price Zone
The plant operates within the NO4 price zone [6], which reflects regional wholesale electricity pricing and is part of the Nordic power exchange system. This zoning affects revenue modeling and market exposure for investors.
Data Center Suitability Assessment
Grytåga Småkraftverk receives a Grade A suitability rating for data center applications [11], indicating favorable characteristics for potential power-intensive computing infrastructure partnerships. This assessment is qualitative and reflects the plant's operational profile, location, and grid connectivity relative to data center requirements.
Note: Detailed suitability sub-scores, specific power capacity figures, and technical specifications are available only after user registration and authentication on the HydroSec platform.
What Becomes Available After Registration
The public overview above provides foundational context. Upon registration, you gain access to:
- Detailed Technical Specifications: Maximum capacity, average production, and gross head data
- Hydrological Analysis: Seasonal flow patterns, precipitation data, and water availability trends
- Infrastructure Mapping: Precise grid connection points, transmission distances, and substation details
- Financial & Operational Metrics: Historical production data, capacity factors, and operational efficiency indicators
- Ownership & Concession Details: Full corporate structure of GRYTÅGA SETTEFISK AS and concession renewal timelines
- Comparative Analysis: Performance benchmarking against similar plants in the Nordland region and nationwide
Risiken und Grenzen
Data Limitations
This overview is based on publicly available NVE registry data [1] and does not constitute investment advice. Specific technical parameters—including maximum output, average production, and hydrological characteristics—are restricted to registered users and should be verified independently before any investment decision.
Regulatory & Concession Risk
The plant's concession status is listed as granted pending [8]. Investors should independently verify current regulatory status with NVE and assess potential impacts of concession renewal, modification, or revocation on long-term asset viability.
Grid & Market Risk
Distance to the nearest transmission substation (19.57 km) [9] may influence connection costs and grid stability considerations. Electricity price exposure within the NO4 zone [6] is subject to Nordic market volatility and regulatory changes in energy policy.
Hydrological Variability
Small-scale plants are particularly sensitive to seasonal precipitation and water availability fluctuations. Historical production data should be reviewed to understand inter-annual variability and drought risk.
No Guarantees
This page provides factual plant information only. It does not guarantee returns, tax treatment, or legal status. All investment decisions must be supported by independent due diligence, professional legal and tax advice, and direct engagement with the plant operator and NVE.