Energy and Climate Transition Under Pressure: Parliamentary Party Pathways to 2050   

This study analysed how differences in energy and climate policy positions among Norwegian parliamentary parties could shape the country’s energy system and greenhouse gas emissions toward 2030 and 2050. While all parties formally maintain climate objectives, the analysis highlighted growing political tensions around electricity prices, industrial competitiveness, energy security, and Norway’s relationship with European power markets. Key areas of divergence included the pace of decarbonisation, the role of CO₂ taxation, renewable energy deployment (onshore wind, offshore wind, solar), electrification of the continental shelf, nuclear power, power exchange with Europe, and future oil and gas activity.

The research combined qualitative political analysis with quantitative energy system modelling. Party positions were mapped through surveys, in-depth interviews, and document analysis, then translated into internally consistent policy scenarios. These scenarios were analysed using the IFE-TIMES-Norway energy system model to assess impacts on emissions trajectories, electricity production and demand, prices, power balance, and investment needs. This integrated approach enabled a systematic comparison of long-term system outcomes across contrasting political pathways, capturing interactions across sectors and time horizons. 

The modelling results showed that political choices lead to markedly different transition pathways. Parties supporting high CO₂ taxes combined with reduced energy demand and a phase-out of oil and gas activity achieve emissions close to 1.5 Mt CO₂ by 2050, while pathways with lower carbon pricing and continued fossil fuel activity result in substantially higher residual emissions. The analysis also underscores that individual policy measures cannot be assessed in isolation: system outcomes depend on the coherence of policy packages across pricing, demand reduction, supply expansion, and infrastructure development.