76mtbeggs

Hello there, I am having trouble uploading an ASCII file that contains measured Plane of Array (global on plane) and Module Temperature. In the 'Conversion of ASCII measured data' area, I can populate the tabs for General, Date Format and Measured Variables in a way that looks like it should work, but the OK button does not become available to allow the conversion to advance. The project in question is a single-axis tracker. Attached are screen shots from the the uploading process. Also attached is the data set I'm trying to upload. I wonder if you can help me understand whether there is a formatting or other issue that needs to be addressed to move the process forward? Thank you, Martin Data source Definition Data Format Tab Measured Variables Tab

Thank you. Can you help me understand how the Max. Power per optimizer is calculated? For example, I see that changing the Field Thermal Loss Factor in Detailed Losses has an effect on inverter overload loss in the System configuration, but not on the Max. Power per optimizer. I'd like to suggest the addition of a clickable question mark box next to the 'Reference for sizing' box in the Array Design for SolarEdge architecture that details how the the Max. power per optimizer is calculated.

Hello, For reference, I'm using V6.73. While modelling with SolarEdge equipment, I'm finding that in the system definition tab, the array nominal power becomes derated, such that overload losses & production values appear to be inaccurate. Example: screen shot attached - Ex. 144x 365w module = 52.6kWp DC; Inverter = 43.2kW AC; DC/AC ratio = 1.22, yet... - In the Array Design for SolarEdge architecture area, the Pnom ratio shows 1.13 and Overload loss shows 0.1% - Note: 'Reference for sizing' box indicates that there's a Max. power of 678W/optimizer (acc. to best clear sky conditions). The behind the scenes calculation that arrives at the 678 W / optimizer seems to be causing the discrepancy. Equipment spec'd: - Hanwha Q Cells, Q.Peak L-G4.2 365 (2017): 144 pcs. - SolarEdge P730-US: 2 modules in series, 1 module in parallel - SolarEdge 14.4kW inverter; 8 optimizers in series / 9 strings in parallel