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System Size (kW DC) <br />Inversion Ratio (DC / AC) <br />Maximum AC Output of Inverters (AC KW) <br />Maximum Peak AC Output including AC line losses (kW) <br />Expected Energy Production (kWh/kW DC) <br />Expected Energy Production (kWh/Year) <br />1208 2323 4416 5098 6154 6260 6047 5395 4308 3383 1537 823 46953 <br />2.6%4.9%9.4%10.9%13.1%13.3%12.9%11.5%9.2%7.2%3.3%1.8%100.0% <br />14 26 38 39 39 39 37 36 34 31 20 11 <br />35.8%66.3%97.9%100.0%100.0%100.0%95.9%92.1%87.3%79.6%50.6%28.6%Total AC Energy Output by Month (kWh)Peak AC Output by Month (kWAC)Jul Aug Sept <br />46,953 <br />Information on Expected Solar Array Production (kWh) <br />Expected Energy Production from the Solar Array <br />Jan Feb Mar Apr May Jun TotalOctNovDec <br />Typical Solar Array Energy Production (kWh) using NREL modeling, Helioscope or PV Syst modelling tools with average adjusted historical weather conditions in Minneapolis, <br />MN using TMY3 Weather Data. http://www.nrel.gov Estimated performance is based on information including but not limited to the equipment used, the solar array's kW DC <br />size, AC/DC line losses, standard rectangular configuration, and the array pointing due south. Your System's energy production will vary with actual equipment, layout and <br />weather conditions. Expected Energy Production above does not include any annual degradation in solar panel kWDC output. <br />1175 <br />Solar Array Technical Information <br />Rooftop Ballasted Solar Array - 39.96 kWDC Monocrystalline370W Solar Panels @ 10° w/ 40 kWAC SolarEdge <br />Xcel SolarRewards <br />General Service Rate Plan <br />Solar Array Specification (Typical) <br />39.96 <br />0.999 <br />40.0 <br />38.8 <br />0 <br />1000 <br />2000 <br />3000 <br />4000 <br />5000 <br />6000 <br />7000 <br />Energy Output (kWh) <br />Total AC Energy Output by Month (kWh) <br />0 <br />5 <br />10 <br />15 <br />20 <br />25 <br />30 <br />35 <br />40 <br />45 <br />Energy Output (kW) <br />Peak AC Output by Month (kWAC)