Work

Hesitation at increasing integration: The feasibility of Norway expanding cross-border renewable electricity interconnection to support European decarbonisation

Year: 2025

Type: article

Abstract: Norway is rich in renewable energy resources and exports a significant amount of electricity cross-border. By expanding its exports, Norway could play a crucial role in balancing the growing share of renewables in Europe's energy systems. This article therefore examines the feasibility of Norway expanding its electricity interconnection to support European decarbonisation efforts over the coming decades. To support the analysis, a techno-economic-political feasibility (TEPF) framework for assessing the feasibility of specified transition scenarios is proposed. The Norwegian context is explored through key developments such as the rejection of the 1400 MW NorthConnect cable in 2020 and the effects of Europe's energy crisis (2021−2023), alongside Russia's invasion of Ukraine (2022-), on the electricity market. While technological and economic factors are significant, such as grid reinforcement and investments in new generation capacities, political concerns pose the greatest limitations to increasing interconnection. These challenges revolve around debates over the ownership of key energy infrastructure, concerns over sovereignty and the influence of the European Union, uncertainty surrounding future energy demand, risks to energy security, the impact of market coupling on electricity prices, and the uneven distribution of revenues. Collectively, these concerns underpin Norway's hesitation to increase integration with other states, representing key barriers. • Proposes a techno-economic-political feasibility (TEPF) framework for assessing specified transition scenarios. • Includes thresholds for assessing the technological, economic, and political feasibility of transitions. • Provides an overview of Norwegian cross-border electricity interconnectors and their specifications. • Assesses the feasibility of Norway sending renewable electricity cross-border to support European decarbonisation. • Identifies the key barriers and hurdles to interconnection and explains how they could be overcome to enhance feasibility.

Source: Technological Forecasting and Social Change

DOI: 10.1016/j.techfore.2024.123917

Author: Benjamin Ronald Silvester

Institution: University of Stavanger

Language: English

Topic: Renewable Energy and Sustainability

Subfield: Renewable Energy, Sustainability and the Environment

Field: Energy

Domain: Physical Sciences

SDGs: Climate action, Affordable and clean energy, Industry, innovation and infrastructure

Open Access status: hybrid

Estimated APC paid: $3,490