else C=1,15. Calculation methods for low-noise refrigerating appliances The Energy Efficiency Index (expressed in %) is calculated as above, i.e.: EEI EEI=AE/AEC. Basis for the assessment of the energy consumption of low noise refrigerating appliances is the steady state power consumption at a single ambient temperature of 25 °C (in W), Pss25 measured in accordance with Section A.5. The daily energy consumption at 25°C ambient temperature (in kWh/24h) is given Edaily25 by: Edaily25 = 0,001 24 Pss25. ∙ ∙ The annual energy consumption (in kWh/a) is by: AE = 365 AE Edaily2. ∙ Low noise appliances are manual defrost (Ac=1), stand-alone (Bc=1), dedicated (C=1), single door (D=1) appliances with cellar (rc=0,6 ) or pantry (rc=0,35 ) compartment type as defined in Tables 3 and Table 4. The latter implies and and The Nc=75 Mc=0,12 L=1. Standard Annual Energy consumption (in kWh/a) can thus be simplified as follows: SAE for cellar types: 75 + 0,6 0,12 = 75 + 0,072V; SAE= V ∙ ∙ for pantry types: 75 + 0,35∙ 0,12 = 75 + 0,042V. SAE= V ∙
else C=1,15. Calculation methods for low-noise refrigerating appliances The Energy Efficiency Index EEI (expressed in %) is calculated as above, i.e.: EEI=AE/AEC. Basis for the assessment of the energy consumption of low noise refrigerating appliances is the steady state power consumption at a single ambient temperature of 25 °C Pss25 (in W), measured in accordance with Section A.5. The daily energy consumption Edaily25 at 25°C ambient temperature (in kWh/24h) is given by: Edaily25 = 0,001 ∙ 24 ∙ Pss25. The annual energy consumption AE (in kWh/a) is by: AE = 365 ∙ Edaily2. Low noise appliances are manual defrost (Ac=1), stand-alone (Bc=1), dedicated (C=1), single door (D=1) appliances with cellar (rc=0,6 ) or pantry (rc=0,35 ) compartment type as defined in Tables 3 and Table 4. The latter implies Nc=75 and Mc=0,12 and L=1. The Standard Annual Energy consumption SAE (in kWh/a) can thus be simplified as follows: for cellar types: SAE= 75 + V ∙ 0,6 ∙ 0,12 = 75 + 0,072V; for pantry types: SAE= 75 + V ∙ 0,35∙ 0,12 = 75 + 0,042V.
bilaga-till-utkast-energimarkning-hushallskyla-171113.docx