Fjæremsfoss at a Glance
Fjæremsfoss is a Kraftverk-type hydropower facility located in Trondheim, Trøndelag, Norway. Registered with the Norwegian Water Resources and Energy Directorate (NVE) under ID 87, this plant has been in operation since 1956 and forms part of the Nidelvvassdraget watershed system. The facility operates in the NO3 price zone and is the primary responsibility of STATKRAFT ENERGI AS, Norway's largest energy producer.
Ownership and Concession
Fjæremsfoss is held under concession by STATKRAFT ENERGI AS, a subsidiary of Statkraft ASA. As the main concessionaire, Statkraft is responsible for the plant's operation, maintenance, and regulatory compliance with the NVE. The concession framework governs water usage rights, environmental obligations, and power generation mandates. For detailed information about Statkraft's portfolio and corporate structure, visit the operator profile.
Hydrological Context
The plant draws water from the Nidelvvassdraget watershed, one of Norway's significant river systems. This catchment area determines the plant's seasonal water availability and long-term hydro potential. Understanding the hydrological characteristics of the Nidelvvassdraget is essential for assessing production variability and climate resilience. Explore the full watershed profile for precipitation data, runoff patterns, and historical flow records.
Regional and Grid Integration
Location: Trondheim, Trøndelag Fylke (County): Trøndelag Elspot Price Zone: NO3 Nearest Statnett Transformer Station: Approximately 0.02 km away, 66 kV connection
The NO3 price zone covers central Norway and reflects regional electricity supply and demand dynamics. Proximity to a 66 kV transformer station ensures efficient grid integration and minimises transmission losses. The nearest significant industrial cluster, Verdal Industripark, is located approximately 73 km away.
Data Center Suitability Assessment
HydroSec rates Fjæremsfoss with a Grade A for data center hosting potential, based on infrastructure proximity and grid stability. This assessment reflects the facility's suitability for colocation applications requiring reliable, renewable power. However, detailed capacity metrics and sub-scores are available only to registered users.
Operational Timeline
Fjæremsfoss commenced operations on 31 December 1956, making it a mature, well-established facility with over six decades of operational history. This longevity provides a substantial track record for performance analysis and risk assessment.
What You'll Access After Registration
The HydroSec platform provides institutional investors with comprehensive, proprietary datasets on registered plants. Upon login, you gain access to:
- Technical specifications: Maximum capacity, average production, gross head, and turbine details
- Financial metrics: Historical production data, revenue estimates, and cost structures
- Hydrological analysis: Detailed watershed data, precipitation patterns, and climate sensitivity
- Infrastructure mapping: Precise coordinates, grid connection details, and transmission constraints
- Regulatory status: Full concession terms, environmental permits, and compliance records
These datasets are compiled from NVE registries, Statnett grid data, and proprietary HydroSec research.
Risks and Limitations
Data Availability: Some technical parameters (maximum output, average production, gross head) are not publicly available and require registration to access. The concession status listed as "unrecorded" may reflect data gaps in public registries rather than regulatory issues.
Hydrological Variability: Hydropower output is inherently dependent on precipitation and snowmelt patterns. Climate change, drought cycles, and upstream water management decisions can materially affect production and revenue.
Regulatory and Political Risk: Norwegian energy policy, EU directives, and environmental regulations may impose new operational constraints, environmental mitigation costs, or grid connection requirements.
Market Risk: Electricity prices in the NO3 zone fluctuate based on Nordic supply-demand dynamics, interconnection flows, and international energy markets. Revenue projections should account for price volatility.
Operational Risk: Plant age, maintenance requirements, and equipment failure are inherent to aging hydropower infrastructure. Statkraft's operational standards and capex discipline are critical to long-term asset value.
Disclaimer: This page presents factual data sourced from NVE and Statnett registries. It does not constitute investment advice, financial recommendations, or tax guidance. Investors must conduct independent due diligence and consult qualified advisors before making investment decisions. HydroSec data is provided for informational purposes and should be verified against official regulatory sources.