Blar i HydroCen - Rapportserie på tittel
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How are environmental measures realized in European hydropower? - A case‐study of Austria, Sweden and Switzerland
(HydroCen Report;6, Research report, 2019)This report explores how environmental measures are realized in European hydropower production, how they are financed, and how trade‐offs between hydropower production, environmental restoration and value creation are ... -
Hvordan er miljøtiltak realisert i Europas vannkraft? - En case studie for Østerrike, Sveits og Sverige Policy Brief
(HydroCen brief;Nr. 1, Report, 2019) -
Hydraulic and structural evaluation of rockfill dam behavior when exposed to throughflow and overtopping scenarios
(HydroCen brief;Nr. 2, Report, 2020) -
HydroCen Annual Report 2017
(HydroCen Report;11, Research report, 2018) -
HydroCen Annual Report 2018
(HydroCen Report;7, Research report, 2019) -
HydroCen Annual Report 2020
(HydroCen Report;21, Research report, 2021) -
HydroCen Annual Report 2021
(HydroCen Report;26, Research report, 2021) -
HydroCen Annual Report 2022
(HydroCen Report;32, Research report, 2022) -
HydroCen Annual Report 2023
(HydroCen Report;43, Research report, 2023) -
HydroFy Final Report: Recent developments in European power market design – with implications for hydropower
(HydroCen Rapport;42, Research report, 2023)The ongoing energy transition is profoundly transforming power systems. The change of paradigm that is taking place in the power sector leads to questioning the current market design. As reservoir hydropower is a renewable, ... -
Hydropower investment decisions. The ProdRisk-Shop simulator: decision support tool for revenue calculations
(HydroCen Rapport;45, Report, 2024)The transition to a renewable based power system induces new opportunities and challenges for hydro-power producers. In the Nordic region, reservoir hydropower is expected to play a key role in smoothing out variability ... -
Improved Inflow Modelling - For the SDDP Algorithm
(HydroCen Rapport;30, Research report, 2022)This report is written as part of HydroCen WP3, associated with WP3.3 and WP3.4. Hydropower sched-uling enables optimal use of the flexible energy stored in hydropower reservoirs. Taking inflow and power price prognoses ... -
Kartlegging og digitalisering av elver med fjernmåling
(HydroCen brief;Nr. 9, Report, 2023) -
ldentifisering av sprekker i Francis turbiner
(HydroCen brief;Nr. 22, Report, 2021) -
Long-term impact on unlined tunnels of hydropower plants due to frequent start/stop sequences
(HydroCen brief;Nr. 7, Report, 2021) -
Modell for kjøremønsterrelaterte kostnader
(HydroCen Rapport;24, Report, 2021)Denne rapporten dokumenterer oppdateringer i den eksisterende modellen for beregning av gjennomsnittskostnad og marginalkostnad for start/stopp av pelton- og francisaggregater. Rapporten dokumenterer også videreutvikling ... -
Modelling batteries - Documentation of testing of using hydropower modules to model batteries in ProdRisk and EMPSW
(HydroCen Report;15, Research report, 2020)The report documents a test of how pumped storage functionality can be used to model batteries in SINTEFs long-term models. Firstly, optimal operation of a battery in a price taker setting is simulated using the ProdRisk ... -
Multimarket modelling - Application of different models to HydroCen Low Emission scenario
(HydroCen Report;16, Research report, 2020)This report documents the work done in task 1 of WP3 in HydroCen on multimarket price modelling. The focus of the work has been to simulate spot prices and prices for procurement of reserve capacity using different modelling ... -
NOR-HYPE: A distributed hydrological model for environmental applications in Norway
(HydroCen Rapport;31, Research report, 2023)This report summarizes the hydrological modelling for environmental applications for the mainland of Norway in the HydroCen work package 3.5. Also incorporated in the report are the findings and results of two master theses: ... -
Numerical modeling of the pressure signatures from a cracked blade
(HydroCen brief;Nr. 24, Report, 2023)