Overview
Fossheimgardane is a micro hydropower plant (Kraftverk) [1] located in Sunnfjord municipality, Vestland county [2][3]. The facility has been in operation since 11 December 2013 [4] and is registered with the Norwegian Water Resources and Energy Directorate (NVE) under plant ID 1777 [1].
The installation is part of Norway's distributed renewable energy infrastructure and operates within the NO3 electricity price zone [5], which covers parts of Western Norway. As a micro-scale facility, Fossheimgardane represents the category of smaller hydroelectric installations that contribute to regional power generation while maintaining lower environmental footprints compared to large-scale projects.
Operator and Ownership
Fossheimgardane is operated by FOSSHEIMGARDANE MIKROKRAFTVERK AS [6], the primary concession holder responsible for the facility's management and operation. The company holds the active concession status with the NVE [7], ensuring regulatory compliance and ongoing operational authorization.
For detailed information about the operator, including portfolio composition and historical performance data, visit the operator profile page.
Hydrological Context
The plant draws water from the Breimsvassdraget watershed system [8], which serves as the primary precipitation catchment (nedbørsfelt) for this installation. Understanding the hydrological characteristics of this drainage basin is essential for assessing seasonal flow patterns and long-term water availability.
For comprehensive hydrological data, watershed maps, and related installations within the Breimsvassdraget system, consult the Einzugsgebiet Breimsvassdraget resource page.
Regional Location and Grid Connection
Municipality: Sunnfjord County (Fylke): Vestland [2][3] Electricity Price Zone: NO3 [5]
Fossheimgardane is situated approximately 1.25 km from the nearest Statnett transformer station (132 kV) [9], which provides grid connection infrastructure. The facility's proximity to established transmission infrastructure supports reliable power evacuation and grid integration.
The nearest major industrial zone is Høyanger (Hydro), located approximately 46 km away [10], indicating the plant's position within a region of established industrial activity and hydropower development.
Data Centre Suitability Assessment
HydroSec's preliminary assessment rates Fossheimgardane as Grade A for data centre cooling applications [11]. This classification reflects the facility's technical and infrastructural characteristics, though specific capacity thresholds and detailed scoring components are available only to registered users.
The Grade A designation indicates favorable conditions for potential secondary-use applications, subject to detailed technical review, regulatory approval, and commercial feasibility assessment.
What Becomes Available After Registration
Detailed operational and technical data for Fossheimgardane—including maximum capacity (MaksYtelse), average annual production (MidProd), gross head (BruttoFallhoyde), and sub-component suitability scores—are restricted to registered users of the HydroSec platform. Registration unlocks:
- Precise technical specifications and performance metrics
- Hydrological time-series data and seasonal flow analysis
- Detailed site infrastructure mapping and grid connection topology
- Comparative benchmarking against similar installations
- Historical production records and efficiency indicators
- Advanced filtering and portfolio analysis tools
Related Resources
Explore additional information through these linked resources:
- FOSSHEIMGARDANE MIKROKRAFTVERK AS – Operator profile and portfolio
- Einzugsgebiet Breimsvassdraget – Watershed and hydrological data
- Kraftverk-Anlagen – Browse all micro hydropower plants
- Karte aller Wasserkraftwerke – Interactive map of Norwegian hydropower infrastructure
Risks and Limitations
Data Availability: This overview is based on publicly available NVE registry data and HydroSec's preliminary assessment. Detailed technical specifications, production forecasts, and financial metrics require registration and are subject to data provider terms.
Hydrological Variability: Micro hydropower plants are sensitive to precipitation patterns and seasonal water availability. Historical production does not guarantee future output. Investors should conduct independent hydrological due diligence.
Regulatory Risk: Concession status, grid connection terms, and environmental compliance requirements may change. All regulatory information should be verified directly with the NVE and relevant municipal authorities.
Grid Integration: Power evacuation capacity, transmission constraints, and grid tariff structures are subject to Statnett's operational requirements and may affect economic viability.
No Financial Guarantees: This page provides factual technical and operational information only. It does not constitute investment advice, tax guidance, or return projections. Prospective investors must conduct comprehensive financial, legal, and technical due diligence independently.