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Political and societal dimensions of hydrobalancing from Norway towards Europe. An assessment of drivers and barriers for further development.

Abstract

This report provides an assessment of non-technical drivers and barriers influencing further development of the hydrobalancing potential from Norway towards European countries. The rising shares of intermittent renewable energy in Europe will increase the needs for balancing and storage capacity, and Norwegian hydrobalancing is interesting in this regard. Realizing hydrobalancing services from Norway will to larger extent depend on the EU development of a system for exchanging and valuing balancing services from renewable sources such as hydro power. In addition, the right drivers need to be in place at the Norwegian national level. A major barrier is currently the lack of comprehensive political strategies and necessary measures to relize increased hydrobalancing from Norway. Both the "sceptics" and "supporters" amongst social stakeholders generally endorse interconnector projects towards Europe, like the new projects to Germany and the UK, but they do not currently demand hydrobalancing at a large scale. Still, given the probability of changes in the European energy system, as well as changes in the Norwegian economy, the overall picture can change rapidly. Consequently Norway could benifit from a more strategic thinking and approach towards hydrobalancing, where hydropower and grid facilities are considered as parts of a whole - and where the issue of societal acceptance is substantially addressed also at the local level.
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Category

Report

Client

  • Research Council of Norway (RCN) / 193818
  • Research Council of Norway (RCN) / 228714
  • Research Council of Norway (RCN) / 502000131

Language

English

Author(s)

  • Marte Qvenild
  • Jørgen Kjetil Knudsen
  • Oddgeir Andersen
  • Gerd Blindheim Jacobsen

Affiliation

  • Norwegian Institute for Nature Research
  • SINTEF Energy Research / Termisk energi
  • Inland Norway University of Applied Sciences

Year

2015

Publisher

SINTEF Energi

Issue

TR A7530

ISBN

978-82-594-3643-6

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