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<br /> <br /> Page 15 of 111 <br /> <br />Report No.: 2410B0143SHA-001 <br /> <br />TRF No. ANSI/CAN/UL 9540A_Unit <br />Unit information <br />Manufacturer ............................................................ : Ericsson <br />Address ..................................................................... Ericsson AB 164 80 Stockholm Sweden <br />Model name .............................................................. : BFM 107 220/1 <br />Type of system ......................................................... : Battery System (BS) Battery ESS <br />Intended use location................................................ : Residential Non-residential <br /> Non-residential rooftop <br /> Non-residential open garage use <br />Type of installation1) .................................................. : Indoor Outdoor <br /> Wall mounted Floor/ground mounted <br />Enclosure material .................................................... : Metal (SGCC+ AL) Non-metal <br /> Open rack <br />Min thickness of enclosure ....................................... : 2mm AL three sides, <br />1.2mm AL+1.5mm SGCC on door <br />Rack dimensions ...................................................... : 650mm*749mm*1600mm <br />See diagram of rack with overall dimension <br />Weight ....................................................................... : Empty rack (kg): Approx. 195kg, <br />Total (kg): Approx. 515kg <br />Module series and/or parallel configuration .............. : 8P1S <br />Total number of cells ................................................ : 120 cells <br />Spacing between modules ....................................... : Vertical (mm): 10mm Horizontal (mm): N/A <br />Smallest volume room installations specified. (only <br />for Residential Indoor Use) ...................................... : -- <br />Electrical rating <br />Rated capacity (Ah) ................................................. : 800 Ah <br />Rated energy (Wh) .................................................. : 38400 Wh <br />Nominal voltage (V) ................................................. : 48.0 V <br />Standard charge method <br />Charge current (A) ................................................... : 160 A <br />End of charge voltage (V) ........................................ : 56.4V for unit or 3.65V for cell <br />Charging temperature range(°C) ............................. : (-5~60) °C <br />Standard discharge method <br />Discharge current (A)................................................ : 400 A <br />End of discharge voltage (V) ................................... : 40.0V for unit or 2.0V for cell