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SEEF: Svensk och finsk kärnkraft mm

SEEF: Svensk och finsk kärnkraft mm. Göran Lundgren, Vattenfall Elproduktion Norden 2007-12-12. Denmark -5,6 TWh Wind 2,7 Decommissioning of coal condensing units -11,9 CHP, condensing 3,6. Changes in Base Power 2007 – 2015 (LPP 2007). Finland 11,4 TWh Wind 0,3

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SEEF: Svensk och finsk kärnkraft mm

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  1. SEEF: Svensk och finsk kärnkraft mm Göran Lundgren, Vattenfall Elproduktion Norden 2007-12-12

  2. Denmark -5,6 TWh Wind 2,7 Decommissioning ofcoal condensing units -11,9 CHP, condensing 3,6 Changes in Base Power 2007 – 2015 (LPP 2007) • Finland11,4 TWh • Wind 0,3 • Hydro 0,3 • CHP* 3,7 • Nuclear 12,0 • Decommissioning of • coal condensing units -4,9 Sweden23,3 TWh Wind 5,5 Hydro 1,7 Nuclear power upgrading 9,0 Natural gas CHP* 2,0 Biofuel CHP* 5,1 Decommissioning of nuclear units 0 • Norway18,0 TWh • Wind 3,5 • Natural gas 8,7 • Hydro 5,8 47,1 TWh Increased electricity use 19,7 TWh * CHP and back-pressure generation

  3. Denmark 0,7 TWh Wind 3,0 CHP* 7,0 Decommissioning ofcoal condensing units -9,3 Changes in Base Power 2016 – 2030 (LPP 2007) • Finland9,5 TWh • Wind 1,0 • Hydro 1,1 • CHP* 5,5 • Nuclear (12,5-4,2) 8,3 • Decommissioning of • coal condensing units -6,4 Sweden-15,2 TWh Wind 3,0 Hydro 1,5 Nuclear power upgrading 0 Natural gas CHP* 0,2 Biofuel CHP* 2,5 Decommissioning of nuclear units -22,4 • Norway8,8 TWh • Wind 3,0 • Natural gas 2,8 • Hydro 3,0 3,8 TWh Increased electricity use 10,9 TWh * CHP and back-pressure generation

  4. Denmark 0,7 TWh Wind 3,0 CHP* 7,0 Decommissioning ofcoal condensing units -9,3 Changes in Base Power 2016 – 2030 (nuclear 60 years) (LPP 2007) • Finland13,7 TWh • Wind 1,0 • Hydro 1,1 • CHP* 5,5 • Nuclear 12,5 • Decommissioning of • coal condensing units -6,4 Sweden7,2 TWh Wind 3,0 Hydro 1,5 Nuclear power upgrading 0 Natural gas CHP* 0,2 Biofuel CHP* 2,5 Decommissioning of nuclear units 0 • Norway8,8 TWh • Wind 3,0 • Natural gas 2,8 • Hydro 3,0 30,4 TWh Increased electricity use 10,9 TWh * CHP and back-pressure generation

  5. Generation capacity and consumption in the Nordic countries (LPP 2007) The generation capacity does not include the contracted import from Russia and Estonia, about 11-15 TWh/year, and export to other countries.

  6. EME Analys: ”Varför är svenskar så mycket sämre än finnar på att köra kärnkraft verk?”

  7. ”Produktionsutnyttjande 94% vs 81%” • Marknad, produktionsmiljö • Teknik • Perkele

  8. Findings of a broad selection of studies evaluating the competition of the Nordic electricity market

  9. Vi drar absolut inte ner produktion för att hålla priset uppe eller manipulera marknaden !

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