PV Array Design Guide: Difference between revisions
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*For example, if 11 can fit, and string design involves 8 panels (such as 4 strings of 2 panels each), then use 8 panels per sting to simplify the wiring. | *For example, if 11 can fit, and string design involves 8 panels (such as 4 strings of 2 panels each), then use 8 panels per sting to simplify the wiring. | ||
*Depending on the output of [[Determining String Design for an Inverter]] - locate the inverter closest to all the strings. | *Depending on the output of [[Determining String Design for an Inverter]] - locate the inverter closest to all the strings. | ||
*Locate inverters on opposite sides of workshop (N and S) to minimize wire lengths. | *Locate inverters on opposite sides of workshop (N and S) to minimize wire lengths. | ||
Latest revision as of 22:14, 17 April 2026
- Start with Determining String Design for an Inverter
- Run panels E-W lenghtwise to minimize the runner lengths
- Use 2 runners, 2x6 treated lumber, each.
- Provide panel dimensions like for example https://wiki.opensourceecology.org/wiki/File:Adani2.png - and ask AI how many can fit in the N-S direction according to the PV Runner Schema. Provide a JPG image for the AI to parse the schema.
- For example, if 11 can fit, and string design involves 8 panels (such as 4 strings of 2 panels each), then use 8 panels per sting to simplify the wiring.
- Depending on the output of Determining String Design for an Inverter - locate the inverter closest to all the strings.
- Locate inverters on opposite sides of workshop (N and S) to minimize wire lengths.
