Leaderboard

Dear J. Esteban, Thank you for your inquiry. On the "System Type, Climate, and Grid" page, select the hourly simulation step: In the chart editor, select the "PV Energy (DC)" or "PV Energy (AC)" data series: Select a sunny day and right-click, then choose "Copy" and "Copy Table to Clipboard": Paste the table and chart into Excel:

Dear Juan, Thank you for your inquiry. 1. DC Power & Clipping Logic We agree that the nominal DC output should be 100 kW. We will contact the manufacturer and request a correction. The power is clipped when the nominal DC power is exceeded. A warning message is issued when the maximum DC power is exceeded. 2. Defining Max. Power per MPP Tracker The Max. Input Power per MPP Tracker is not found in the datasheet. Some manufacturers divide the total power by the number of MPP trackers, but this leads to error messages if the power is not evenly distributed across the trackers. Therefore, it's plausible that Growatt enters 18.75 kW here (instead of 10 kW or 15 kW). But we don't know exactly how the manufacturer calculates this value. 3. Global DC Data vs. Tracker Data The maximum input current of the inverter is the product of the maximum input current of the MPP tracker and the number of MPP trackers, as in this example: 32 A * 10 = 320 A. However, some manufacturers enter something different. We have noticed that the short-circuit current is incorrectly entered. According to the datasheet, the short-circuit current per MPP tracker is 40 A, so the short-circuit current of the inverter would be 400 A. We will contact the manufacturer and request a correction of both fields. 4. Physical Inputs vs. Trackers We confirm that for an inverter with 10 trackers but 20 physical inputs (strings) the number of DC inputs is 20. There are inverters with an odd number of DC inputs, e.g., 5 DC inputs with 3 MPP trackers. However, this is not the case with this Growatt inverter. Suggestions for the development team We have forwarded your suggestions to better align the electrical parameter designations with those found in most datasheets to our development team.

Hallo ADW, vielen Dank für deine Anfrage. Bei der Berechnung der Reichweite wird ein Ladezustands-Range zwischen einem SOC_min von 20 % und einem SOC_max von 90 % (Ende der Boost-Ladung) angenommen. Die berechnete Reichweite pro Ladung ist in deinem Fall also 400 km * (0,9 – 0,2) = 280 km. Der SOC_max kann leider nicht verändert werden. Du könntest den Datensatz kopieren und die Batteriekapazität auf 685 kWh erhöhen, wenn du die originale Batteriekapazität des LKW von 480 kWh nutzen willst.

Hallo Jens Beermann, vielen Dank für Ihre Anfrage. Das Datenbank-Update mit den neuen Einspeisetarifen ist heute erfolgt.

Dear Johan van t Wout, Thank you for your inquiry. The database is maintained by the manufacturers themselves. The manufacturers have access to an online database in which they can enter their products. We then carry out database updates at regular intervals and the new entries are transferred to the users' databases. If you have reasonable doubts about the accuracy of the data, we can contact the manufacturer and ask them to check and, if necessary, correct the data.

Leistungspreise in PV-Sol wären wirklich wichtig. So schwer kann das ja nicht sein.

Dear J. Esteban, Thank you for your inquiry. Unfortunately, this is not possible. We will forward your suggestion to our development department.