• AlternaFuture - Final Report 

      Vereide, Kaspar; Mo, Birger; Forseth, Torbjørn; Lia, Leif; Nysveen, Arne; Dahlhaug, Ole Gunnar; Schäffer, Linn Emelie; Bustos, Ana Adeva; Sundt-Hansen, Line; Øvregård, Eirik; Glimen, Pål; Hesthagen, Trygve; Skår, Margrete; Nielsen, Torbjørn Kristian (HydroCen Report;18, Research report, 2020)
      AlternaFuture has been a multidisciplinary research project in Hydrocen to investigate the potential of extreme upgrading of existing hydropower system with a positive effect on the environmental conditions. The project ...
    • Applying the ProdRisk- SHOP simulator for investment decisions 

      Mo, Birger; Hågenvik, Hans Olaf (HydroCen Report;19, Research report, 2020)
      The report describes status for the ProdRisk-SHOP simulator developed in HydroCen WP 3.3. Development of the simulator was motivated by the need for a tool that can calculate future production revenue for different investment ...
    • Hydropower investment decisions. The ProdRisk-Shop simulator: decision support tool for revenue calculations 

      Rex, Stefan; Mo, Birger; Schäffer, Linn Emelie; Mathisen, Siri (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 ...
    • Penalties in ProdRisk - Increased information to the user 

      Mo, Birger (HydroCen brief;Nr. 12, Report, 2021)
      This project has implemented functionality in ProdRisk that gives improved information to the users of ProdRisk about how user specified penalties for violation of different types of physical and environmental constraints ...
    • Pre‐project: Fundamental modelling of a 100 % renewable electricity system 

      Helseth, Arild; Mo, Birger (HydroCen brief;Nr. 15, Report, 2022)
      The memo summarizes the literature review that was carried out as part of the development of the KSP application "RES – Modelling a 100% Renewable Electricity System".