Reform of Energy Infrastructure in the European Union
Author
Madsen, Jørgen
Term
4. term
Education
Publication year
2008
Pages
80
Abstract
Andelen af vedvarende energi vokser i EU, og EU-Kommissionens klimapakke fra januar 2008 skulle sætte yderligere fart på udviklingen. Men når mere strøm kommer fra kilder som vind, der svinger i produktionen, bliver elsystemet mindre stabilt, og transmissionsnettet (det overordnede elnet) kommer under pres. En mulig løsning er at koble vindmølleparker sammen med kraftvarmeværker (CHP), som producerer både el og varme. Via fjernvarmenettet kan overskydende strøm omdannes til varme. Det gør det lettere at udnytte vindenergien og aflaster samtidig elnettet. Denne tilgang var relativt ny og endnu ikke taget i brug. Samtidig spiller kraftvarmeværker meget forskellige roller i medlemslandenes elproduktion. For at realisere løsningen kræves et lovgrundlag, der understøtter både kraftvarme generelt og den konkrete integration af vindenergi og kraftvarme. I specialet kortlægges barrierer ved at gennemgå EU-tiltag, der direkte vedrører kraftvarme, samt bredere energipolitikker. Dernæst anvendes hovedretninger inden for integrationsteori (teorier om, hvordan EU integreres og træffer beslutninger) til at diskutere, hvorfor barriererne findes. Konklusionen er, at der i alle tre analyserede politikområder findes barrierer for strategien. Specialet peger også på, at både medlemsstaternes stærke position og Kommissionens historisk forankrede præferencer kan være med til at forklare barriererne.
The share of renewable energy in the EU is growing, and the European Commission’s climate package from January 2008 aimed to accelerate this trend. However, when more power comes from sources like wind that vary over time, electricity supply becomes less stable and the transmission grid (the network that carries electricity) comes under strain. One way to address this is to link wind farms with Combined Heat and Power (CHP) plants, which produce both electricity and heat. Through district heating networks, surplus electricity can be converted into heat. This makes better use of wind power and eases pressure on the grid. This approach was relatively new and had not yet been implemented. CHPs also play very different roles in national electricity production across EU member states. Making this work would require a legal framework that supports both CHPs in general and the specific integration of wind energy with CHPs. The thesis identifies barriers by reviewing EU initiatives that deal directly with CHPs and broader policies for the European energy sector. It then applies major schools of integration theory (ideas about how the EU integrates and makes decisions) to discuss why these barriers exist. It concludes that barriers to the proposed strategy exist in all three policy areas analyzed, and that both the strong position of member states and the Commission’s historically rooted preferences may help explain them.
[This summary has been rewritten with the help of AI based on the project's original abstract]
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