Torjul at a Glance
Torjul (NVE ID 987) is a [Kraftverk-type hydropower facility][1] located in Tingvoll municipality, Møre og Romsdal county, Norway. The plant has been operational since 1994 and draws water from the [Torjulelva watershed][2]. It operates within the NO3 electricity price zone and is connected to the national grid via Tingvoll transformatorstasjon (approximately 8 km away at 66 kV).
The facility is held under concession by [SØRHEIM KRISTIN MARIE][3], the primary rights holder registered with the Norwegian Water Resources and Energy Directorate (NVE).
Ownership and Concession Status
Torjul operates under a granted concession with pending status as recorded in the NVE registry. The main concessionaire, SØRHEIM KRISTIN MARIE, holds the operational rights and responsibilities for the facility. For detailed information about the concession holder and their portfolio, visit the [owner profile][3].
The concession framework governs all operational, environmental, and reporting obligations for the plant.
Hydrological Context
The plant draws from the Torjulelva watershed system. Understanding the catchment area and seasonal hydrology is essential for assessing long-term production patterns and water availability. Detailed hydrological data—including precipitation patterns, runoff characteristics, and historical flow records—are available after login on the [Torjulelva river page][2].
Regional and Grid Integration
Location: Tingvoll, Møre og Romsdal Electricity Price Zone: NO3 Nearest Grid Connection: Tingvoll transformatorstasjon inneanlegg (~8 km, 66 kV) Nearest Industrial Hub: Sunndalsøra (Hydro facility, ~39 km)
The NO3 price zone reflects market conditions in Western Norway. Grid proximity and infrastructure access are key factors for operational efficiency and potential data-center applications.
Data Center Suitability Assessment
HydroSec rates Torjul with a Grade A data-center suitability score. This assessment reflects favorable conditions for power-intensive computing applications, including:
- Proximity to grid infrastructure
- Stable hydropower supply characteristics
- Regional power availability within NO3 zone
- Operational history and facility maturity
Detailed sub-scores, maximum capacity estimates, and site-specific infrastructure analysis are available to registered users.
What Unlocks After Login
To protect commercially sensitive information, the following details are restricted to authenticated users:
- Installed capacity (MW) and maximum output specifications
- Historical production data and average annual output
- Gross head and detailed hydrological parameters
- Sub-component suitability scores for data-center applications
- Detailed site infrastructure maps and grid connection specifications
- Comparative benchmarking against similar facilities
These metrics are essential for investment due diligence, operational planning, and feasibility assessments.
Risks and Limitations
Data Completeness: While HydroSec aggregates official NVE data, some historical or real-time operational metrics may not be publicly available or may be subject to confidentiality agreements.
Hydrological Variability: Hydropower output depends on precipitation and runoff, which fluctuate seasonally and annually. Past production does not guarantee future results.
Regulatory Changes: Norwegian energy policy, grid regulations, and concession terms may change, affecting operational conditions and profitability.
Grid Infrastructure: Capacity constraints or maintenance at Tingvoll transformatorstasjon could temporarily limit export capability.
Market Risk: Electricity prices in the NO3 zone are subject to market forces and do not represent guaranteed revenue.
Investment Disclaimer: This page provides factual data only and does not constitute investment advice, financial guidance, or a recommendation to invest. Investors should conduct independent due diligence, consult qualified advisors, and review all regulatory filings before making investment decisions.