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© K.U.Leuven - ESAT/Electa Ecodesign Toolbox for Electrical Equipment European Copper InstitutePE Europe LCE 2006 Wim Deprez Ief PardonJohan Driesen K.U.Leuven – ESAT / Electa Hans De KeulenaerConstantin Herrmann
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© K.U.Leuven - ESAT/Electa Introduction Approach Toolbox Case Study Conclusion LCE2006 June 2nd W. Deprez 2/26 Outline Introduction Approach Toolbox Case Study Conclusion Questions
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© K.U.Leuven - ESAT/Electa Introduction Approach Toolbox Case Study Conclusion LCE2006 June 2nd W. Deprez 3/26 Introduction Context - Motivation Increasing Energy Demand vs Natural Resources
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© K.U.Leuven - ESAT/Electa Introduction Approach Toolbox Case Study Conclusion LCE2006 June 2nd W. Deprez 4/26 Introduction Context - Motivation Increasing Energy Demand vs Natural Resources European Commission (WG E&T) > 30% by 2030 Electricity Demand (Fossil & Renewables) 60%
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© K.U.Leuven - ESAT/Electa Introduction Approach Toolbox Case Study Conclusion LCE2006 June 2nd W. Deprez 5/26 Introduction Context - Motivation In Contrast with Global Warming & Environment KyotoKyoto
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© K.U.Leuven - ESAT/Electa Introduction Approach Toolbox Case Study Conclusion LCE2006 June 2nd W. Deprez 6/26 Introduction Context - Motivation Response & Interaction € Concern Image Strategy Legislation …. Other arguments
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© K.U.Leuven - ESAT/Electa Introduction Approach Toolbox Case Study Conclusion LCE2006 June 2nd W. Deprez 7/26 Introduction Electrical Equipment Our Concern / Focus Same Drivers € E Concern Image Strategy Legislation …. Directive 2005/32/EC Framework for setting of eco-design requirements for EuPs
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© K.U.Leuven - ESAT/Electa Introduction Approach Toolbox Case Study Conclusion LCE2006 June 2nd W. Deprez 8/26 Introduction Electrical Equipment Relevance > 50% Electricity consumption in developed countries and approx. 65% of electricity used in industry is consumed by E-motors Purchase cost vs operational cost Major part of environmental impact of EuPs is caused by its lifetime energy consumption E-consumption is linked with efficiency Increasing η means reducing losses ~ R.I^2 Definition of resistance: R ~ ρ.L/A > More material and/or better material or design
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© K.U.Leuven - ESAT/Electa Introduction Approach Toolbox Case Study Conclusion LCE2006 June 2nd W. Deprez 9/26 Introduction Electrical Equipment Therefore: Ecodesign for EUPs is striking a balance between energy consumption, material use and ‘economics’ economical aspects
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© K.U.Leuven - ESAT/Electa Introduction Approach Toolbox Case Study Conclusion LCE2006 June 2nd W. Deprez 10/26 Introduction Three Cornerstones In order to create a good climate for proper ecodesign and increased energy efficiency (certainly in the case of EuPs), there is a need for: Legislation o E.g.: EuP Directive Simplification o E.g.: Standards Education / Information
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© K.U.Leuven - ESAT/Electa Introduction Approach Toolbox Case Study Conclusion LCE2006 June 2nd W. Deprez 11/26 Approach Initiative Knowledge Gap LCA-world <> Electrical Engineering Industry ECI initiative Simplification Education / Information Ecodesign Toolbox for Electrical Equipment for non Experts in LCA Marketing tool Educational tool Ecodesign …
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© K.U.Leuven - ESAT/Electa Introduction Approach Toolbox Case Study Conclusion LCE2006 June 2nd W. Deprez 12/26 Approach Partners Initiator ECI LCA – Ecodesign Specialist PE Europe Material Manufacturers & Associations Electrical steel Construction steel Iron Aluminium Copper … EuP Manufacturers Academic Partner
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© K.U.Leuven - ESAT/Electa Introduction Approach Toolbox Case Study Conclusion LCE2006 June 2nd W. Deprez 13/26 Approach Considered Equipment Criteria: Relevance Simplicity … Induction motors Transformers Cables
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© K.U.Leuven - ESAT/Electa Introduction Approach Toolbox Case Study Conclusion LCE2006 June 2nd W. Deprez 14/26 Approach Considered Equipment Induction motors Transformers Cables
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© K.U.Leuven - ESAT/Electa Introduction Approach Toolbox Case Study Conclusion LCE2006 June 2nd W. Deprez 15/26 Approach Methodology Which Technique? AgainCriteria: »Relevance & Goal (≠ formal EPD) »Simplicity »… LCA? Too Holistic E gy consumption dominates > Hairsplitting More quantitative techniques [De Wulf] Indicator Approaches Environmental impact drivers approach o Number & complexity of input data is consciously limited o ! Simplification ≠ low quality of inventory LCA data!
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© K.U.Leuven - ESAT/Electa Introduction Approach Toolbox Case Study Conclusion LCE2006 June 2nd W. Deprez 16/26 Toolbox Software Gabi software University of Stuttgart o Instit. Polymer Testing & - Science o PE Europe = user interface Data & formulae Gabi & EU LCA reference database Different partners Five separate tools (with comparison) Reporting (intro, goal & scope, inventory results & impact results)
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© K.U.Leuven - ESAT/Electa Introduction Approach Toolbox Case Study Conclusion LCE2006 June 2nd W. Deprez 17/26 Toolbox Implementation Data ( is limited for user-friendliness & complixity ) Still quite some data for each phase of life-cycle o Production Phase o Utilisation (!!!! For EuPs biggest impact) o End-of-Life Phase Define fractions for dismantling/shredding/… Depends on Product Cutt-off Criteria Impact categories Five Categories Considered o Global Warming Potential o Acidification Potential o Eutrophication Potential o Ozone Layer Depletion Potential o Photochemical Ozone Creation Potential
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© K.U.Leuven - ESAT/Electa Introduction Approach Toolbox Case Study Conclusion LCE2006 June 2nd W. Deprez 18/26 Toolbox Overview Motors Production Copper Aluminium NGO-Steel Mech-Steel Cast Iron Utilisation
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© K.U.Leuven - ESAT/Electa Introduction Approach Toolbox Case Study Conclusion LCE2006 June 2nd W. Deprez 19/26 Toolbox Overview Transformers Production Copper Aluminium GO-Steel Mech-Steel Cast Iron Porcelain or ceramic Insulator (epoxy > dry cooled oil > oil cooled) Utilisation Direct Energy or
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© K.U.Leuven - ESAT/Electa Introduction Approach Toolbox Case Study Conclusion LCE2006 June 2nd W. Deprez 20/26 Toolbox Overview Cables Production Underground cable o Aluminum wire o Copper o PVC Overhead lines o Also Steel wire Utilisation direct_energy = direct_loss*hours_loaded indirect_energy = (resistance_Al+resistance_Cu)*0,000001*current_cores*sqr ((load/100)* rated_currented)*hours_loaded
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© K.U.Leuven - ESAT/Electa Introduction Approach Toolbox Case Study Conclusion LCE2006 June 2nd W. Deprez 21/26 Toolbox Validation & Data Quality Goal ≠ formal EPD No third party validation is needed Philisophy Validate Methodology and Tool rather than the individual declarations by it With simplifications on methodology NOT on data Data High quality o Gabi, EU LCA database, partners… According to ISO 14014X series Applicable for broad product range
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© K.U.Leuven - ESAT/Electa Introduction Approach Toolbox Case Study Conclusion LCE2006 June 2nd W. Deprez 22/26 Case Study Three 1.5 kW induction motors Input Area
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© K.U.Leuven - ESAT/Electa Introduction Approach Toolbox Case Study Conclusion LCE2006 June 2nd W. Deprez 23/26 Case Study Three 1.5 kW induction motors Reporting Area
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© K.U.Leuven - ESAT/Electa Introduction Approach Toolbox Case Study Conclusion LCE2006 June 2nd W. Deprez 24/26 Case Study Three 1.5 kW induction motors Impacts
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© K.U.Leuven - ESAT/Electa Introduction Approach Toolbox Case Study Conclusion LCE2006 June 2nd W. Deprez 25/26 Conclusion Ecodesign Toolbox for Electrical Equipment Non-experts > o Trade-off complexity vs user-friendliness o Only model simplifications not on data sets No full LCA accuracy BUT applicable to broad range of product variations Marketing, Education, … For EuPs >> Utilisation Phase!! New Project Systems o E.g.:
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© K.U.Leuven - ESAT/Electa Introduction Approach Toolbox Case Study Conclusion LCE2006 June 2nd W. Deprez 26/26 Questions?
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