Jump to content


  • Content Count

  • Joined

  • Last visited

  • Days Won


Everything posted by developer_fw

  1. Hi Wolfgam, Sie machen nichts falsch. Ihnen fehlt vermutlich nur die Information, dass PV*SOL die Module parallel zur unteren Kante der Belegungsfläche ausrichtet. Bei solch kurzen unteren Gaubenkanten müssen Sie ein, zwei Mal belegen und nacharbeiten, bis das Ergebnis optisch passt. Kleine Änderungen an den Horizontalen wirken sich stark auf die langen vertikalen Achsen aus. Zur Veranschaulichung habe ich hier ein bisschen übertrieben: Nach ein bisschen Feinarbeit lassen sich passable Ergebnisse erzielen: Viele Grüße! Frederik
  2. Hallo PeterZ, das ist leider nicht möglich. Viele Grüße, Frederik
  3. Hi Julius, I talked to our Sales team. You bought the license from our partner The Solar Design Company, which you should try to contact first. Your maintenance has expired, which means the latest version you can use is the last one which has been released while your maintenance was still active. For example if your maintenance ended at 11-30-2020, the last version you have a license for, is 2021 R2. If you still have questions, feel free to ask. Best regards, Frederik
  4. Hi burale83, mit PhotoPlan geht das leider nicht. Aber ein Workaround, der 5 Minuten dauert funktioniert mit GIMP, einem Open Source Rasterbildbearbeitungsprogramm https://www.gimp.org/ Bild öffnen "Lasso"-Tool benutzen, um die PV-Modulfläche zu selektieren (die Eckpunkte reichen) Unter Colors > Saturation die Sättigung der selektierten Fläche auf 0.0 setzen. Per Export kann das Bild dann erneut gespeichert werden. Hi Beste Grüße, Frederik
  5. Hi Julius, they replied that they have already been in contact and solved the problem yesterday. Best regards, Frederik
  6. Hi SolarStevo, another way to go: So far PV*SOL does not support forecast-based controlled consumers, but you could mimic them by using the exported simulation results to create your load profile. https://help.valentin-software.com/pvsol/2021/en/pages/presentation/#simulation-results Best regards, Frederik
  7. Hi Julius, I forwarded your request to our sales team. Best regards, Frederik
  8. Hallo RPK, die Abregelung bezieht sich auf die installierte DC-Leistung, also auch in diesem Fall auf die 44 kWp. Viele Grüße, Frederik
  9. Hi robin, at the moment this functionality is missing for tracking, since there are no geometrical time-dependent informations about the modules tracked. The interesting situations appear while sunrise and sunset. According to your low inclination angle of 17° I assume you are planning more equator-nearish, so the self shadow losses of the columns that might appear should be minimal (fast change of sun elevation). Is that correct? I'm afraid you should estimate this geometrically outside of PV*SOL. Best regards, Frederik
  10. Hallo Stefan, die Zyklenbelastung der Batterie lässt sich einsehen, aber ja, leider nur für ein Jahr. Diese Zyklenbelastung wird linear skaliert. 100% Zyklenbelastung entspricht 80% maximale Restkapazität, woraus sich die Jahre ergeben, nach denen rein rechnerisch eine Batterie ersetzt werden müsste. Viele Grüße, Frederik
  11. Hi JOSE MANUEL, This value defines the price in case no other tariff is valid. You could e.g. define a feed-in-tariff for a period of 15 years. After this period the value for directly marketed electricity is taken. Best regards, Frederik
  12. developer_fw


    Hi pawel, the bankability is an exceedance probability for the energy yield. It is used as kind of a security measure for a finance provider like a bank. A bank is always interested in a high credit rating, i.e. in the case of large photovoltaic plants, in being sure that the debt will be repaid. Therefore this parameter does only make sense as a higher value than default. Higher P value means a higher probability for a lower but guaranteed (more probable) energy yield. You could of course set P to a lower value, but in our context as a planning tool it does not make sense to lower the de
  13. Hi Rohan, welcome to the forum and thanks for your request. You could calculate the energy amount by 120kW * 24h *365 = 1,051,200 kWh. With this energy amount you could create a load profile at the page consumption: If you have a lower average load and 120kW as peak load as you wrote (120kWp), then you might calculate with a lower value and set the values accordingly to reach a higher peak load. I hope this clarifies your question. If you have further questions, please feel free to ask. Best regards, Frederik
  14. Hi SolarStevo, load profiles is a tough topic because of many unknowns. I just created a project with a custom load profile respecting a certain higher load from 8 am until 6 pm on workdays and a relatively low load for the weekend. In the summer at noon there is also a little higher load due to cooling. This resulted in a higher solar fraction since load and solar energy overlap more often. The solar fraction gets higher: Of course there is a limit, but I guess this clarifies the common question of getting a higher solar fraction. So did you manage to edit the
  15. Hallo Dexter, ich denke die Hardware ist mehr als ausreichend. Ein Blick in die Historie: PV*SOL 3D ist in seinem derzeitigen Zustand sehr betagt. Viele programmiertechnische Designentscheidungen sind aus damaliger Sicht nicht für solch große Anlagen gefällt worden. Viele Dinge unter der Haube können nur schwer geändert werden bzw. wir sind an einem Punkt, an dem das jetzige 3D auslaufen wird. Der einzige Rat, den ich zur Zeit geben kann, ist die Projekte so gut es geht zu vereinfachen. Ich weiß, dass das keine befriedigende Antwort ist. So ist der derzeitige Stand. Wir arbeiten mit
  16. Hi Jan Mackovic, additionally to my answer as private message I want to point at the very bad low light performance of the CIS module. We allow manufacturers to put their low light data even in case the performance drops i.e. the values are probably wrong. You could use our PV*SOL model for CIS modules, which is way better than the manufacturers values but still a conservative value which usually slightly underestimates the real performance. For being able to adapt this you have to copy the module in the database dialogue. Best regards, Frederik
  17. Hello Oliver Stojchevski, welcome to the forum and thank you for your request. Unfortunately not. We have been in contact with https://meteonorm.com/ for quite a long time now since their compilation of data has changed with version 8. That is why we need to adapt our internal tool MeteoSyn to those changes in order to work correctly with PV*SOL. As long as our questions are unsettled we cannot provide those current data to our customers. One reason is deviations that we cannot yet explain. The input irradiation data is of the most important concern for us and we hope that our q
  18. Hi Santiago Fondoso, I'm afraid I might need a little bit more information. Could you provide a screenshot to illustrate your point? Best regards, Frederik
  19. Hi Santiago Fondoso, welcome and thank you for your request. Could you specify your question? What do you mean by collectors? Best regards, Frederik
  20. Hello Talal, the system type you are looking for -- offgrid plus electric car -- is not supported at the moment, I'm afraid. Best regards, Frederik
  21. Hi Jan Mackovic, could you send the two projects with the different module technologies so we can have a look? Best regards, Frederik
  22. Hallo Karl Barthe, wäre es möglich, mir die Projektdatei per privater Nachricht hier im Forum zukommen zu lassen? Sind bei der Planung viele Screenshots aus 3D angefertigt worden? Viele Grüße, Frederik
  23. Hello Fayez, unfortunately this is not possible at the moment. Please let me redirect to this thread: Best regards, Frederik
  24. Hello AG_0113, Please have a look at The electricity production costs is the sum of costs for the lifetime over the energy produced in the lifetime. Lifetime in this case means the period you are taking as a basis https://help.valentin-software.com/pvsol/en/calculation/financial-analysis/ Battery charging windows are not possible at the moment Service life is the estimated time, after which the battery reaches its maximum full cycles and might be exchanged, which means there might be more investments. To estimate those costs you get this lifetime estimation. Do
  25. Hi Youssef RAHMANI, sorry for the late answer. There is none such possibilty than to use this only method. If your model still is not oriented the right way, you have to do this with an external software, I'm afraid. E.g. https://www.blender.org/ Best regards, Frederik
  • Create New...