1. 1 D10 Report Template Bjørn Grinden 6/3-2008

2. 2 Template Contents Standard REMODECE First Page Table of Contents Chapter Headers Empty Tables One Report per Country One Summary Report for all Participating Countries

3. 3 Introduction Short About the Project/Work Package (WP5) Short About Input for the Analysis (WP4) Collected Measurements (time series) Surveys Statistics (Population and Appliance Penetration) Energy Class Standards Short About Analysis Methods/Scenarios Short About the Report Contents in Chapters

4. 4 Methodology Main Results from WP4 Key Numbers from Measurements Key Numbers from Surveys Problematic Issues (Influencing the Results) Problems with Respondents Problems with Equipments Analysis and Estimation Methods Statistical Analysis Estimation of Savings

5. 5 Analysis of Measured Values Statistical Analysis (Mean, Std.dev., Confidence Interval etc.) One Chapter per Group of Appliances (Here New EU countries and Norway) All Appliances Lighting Cold Appliances Washing Machines Dryers Lighting New Electronic Loads Other Standby Power Other Results in Tables and Figures Some Indicators of Quality of Measurements Results Compared with Other Estimates Uncertainty: Std.dev., Confidence Interval etc. Results

6. 6 Washing and drying Observations These appliances have “same” yearly consumption Frequency of use Dryers 2,3 uses/week, Dishwash. 2,2 and Wash.machine 3,8 Low Standby Some High Confidence Values (Dryer & Wash.machine) ENDUSEID Annual Sum kWh/Year Standby Energy kWh/year Cycle Energy kWh Load Factor Annual Sum Conf. Interval kWh/Year Standby Energy Conf. Interval kWh/Year Cycle Energy Conf. Interval kWh Load Factor Conf. Interval DRYER226.13.51.91 %85.717.02.310% DISHWASH207.40.91.81 %49.28.71.710% WASHINGMACHINE217.13.21.11 %83.91.60.10.0

7. 7 Results Aggregated Values National and EU Levels Values [TWh] and Shares [%] Present State Scenario (Average energy per single use*Number of uses per year)*Number of equipment per household*Number of households Alternative State Scenario (Best available energy per single use*Number of uses per year)*Number of equipment per household*Number of households Alternatively: (Best practice energy per single use*Number of uses per year)*Number of equipment per household*Number of households Potential Savings Difference Between Present and Alternative State Scenario

8. 8 Results Present State

9. 9 Discussion & Conclusions Discussion Few Measurements Biased Demographic Samples Conclusions Summary of results Facts for Decision Makers and Policy Makers Further Work