Laserfiche WebLink
TCAAP Energy Integration Resiliency Framework <br />Energy Source Implementation <br /> <br /> <br /> 29 <br />Modules Parameters <br />Cell material Multi-c-Si St. Paul, MN Weather Data <br />Module area 1.9 m² Tilt (deg from horizontal) 30 <br />Module capacity 305 DC Watts Azimuth (deg E of N) 180 <br />Quantity 34,083 Tracking – Fixed <br />Total capacity 10.4 DC MW / 8.0 AC MW Shading – No <br />Total area 65,473 m² Soiling – Yes <br /> DC Losses (%) 3.0 <br /> <br />Inverters Annual Results (in Year 1) <br />Custom (Inverter Datasheet Model) Horizontal solar 1,364 kW/m² <br />Unit capacity 1000 AC kW Incident solar 1,604 kW/m² <br />Input voltage 620 DC V Net to inverter 15,130,000 DC kWh <br />Quantity 8 Gross from inverter 14,675,000 AC kWh <br />Total capacity 8 AC MW Net to grid 14,456,000 AC kWh <br />DC to AC Capacity Ratio 1.30 Capacity factor 15.9% <br />AC losses (%) 1.5 <br />Table 5: Solar advisor model solar resource and energy performance assumptions <br />Figure 2 shows the predicted net AC and DC energy production from the modeled solar resource. The <br />AC energy levels are indicative of the energy exported to the grid at the point of interconnect. All <br />system losses, both AC and DC, with the exception of substation and transmission line losses, have <br />been taken into account. <br />