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Oil

Oil. System perspective. 1 kWh el always means 1 kg CO2 everywhere Electricity price x specific consumption = constant. Potential. Emissions today in Sweden 60 Mtonne Potential CHP -30 Mtonne Improved efficiency -30 Mtonne Means no climate change contribution.

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Oil

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  1. Oil

  2. System perspective • 1 kWhel always means 1 kg CO2 everywhere • Electricity price x specific consumption = constant

  3. Potential • Emissions today in Sweden 60 Mtonne • Potential CHP -30 Mtonne • Improved efficiency -30 Mtonne • Means no climate change contribution

  4. Avhandlingar med Tekniska Verken som utgångspunkt 110121 • 1) Backlund, Lennart (1988) "Optimization of Dynamic Energy Systems withTime Dependent Components and Boundary Conditions" • 2) Andersson, Maria (1997) "Cooperation in local electricity markets Modellingof Technical Measures • 3) Henning, Dag (1999) "Optimization of Local and National Energy Systems Development and Use of the MODEST Model" • 4) Sundberg, Gunnel (2001) "Determining parameters for combined heat and power plants - on the use of district heating fo.r power production in a liberalised market". • 5) Sjödin, Jörgen (2003) "Swedish District Heating Systems and a Harmonised European Energy Market - Means to Reduce Global Carbon Emissions" • 6) Rolfsman, Björn (2003) "Interaction between Energy Systems of Buildings and Utilities in an ever-changing Environment". • 7) Carlsson, Annelie (2002) "Considering External Costs - Their Influence on Technical Measures in Energy Systems". • 8) Gebremedhin, Alemayehu (2003) "Regional and Industrial Co-operation in District heating Systems".

  5. 9) Louise Trygg (2006) "Swedish industrial and energy supply measures in a european system perspective". • 10) Kristina Holmgren (2006) "A system perspective on disctrict heating and waste incineration". • 11) Maria Danestig (2009) "Efficient heat supply and use from an energy-system and climate perspective". • 12) Kristina Difs 2010 “District Heating and CHP – Local Possibilities for Global Climate Change Mitigation • 13) Klasson Johan (2007) "Att spara eller konvertera i boendemiljön? - en gammal fråga i ny genomlysning" • 14) Nilsson Lars R (2005) "Svensk vattenkraft ur ett europeiskt perspektiv - några exempel" • 15) Carlson, Annelie (2000) "Externa kostnaders inverkan på tekniskaenergisystem - Simulering av biobränsleanvändningen i tre regioner"

  6. 16) Gebremedhin, Alemayehu (2000) "The impact of a widened energy systemboundary on cost effectiveness" • 17) Bergström, Ulrika (1999) "I.T., Optimized Energy Systems and NewCustomer Services" LIU-TEK-LIC-1999:04. • 18) Henning, Dag (1994) "Energy Systems Optimisation Applied to Local SwedishUtilities". • 19) Andersson, Maria (1993) "Cost-effective Incentives for Local ElectricUtilities and Industries in Co-operation - Modelling of Technical measures" • 20) Lewald, Anders (1990) "ELVA-modellen. Elvärmens alternativ" • 21) Backlund, Lennart (1986) "Modell för optimering av dynamiska energisystemmed tidsberoende komponenter och randvillkor. MODEST", LiU-TEK-LIC-1986:33. • 22) Gustafsson, Stig-Inge (1986) "Optimal energy retrofits on existing multifamily buildings"

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