GoodWe · PV inverters · GoodWe ET G2 6–15 kW (three-phase hybrid inverter)
F38PV Continuous Hardware Overcurrent
Name in the manufacturer's documentation (user manual): PV Continuous Hardware Overcurrent
[1]
This page only quotes the original English documentation. A plain-language explanation has not been written yet, so the page is not indexed by search engines.
For technicians
Steps given by the manufacturer (source text)
- Disconnect the AC output side switch and DC input side switch,5minutes later, close the AC output side switch and DC input side switch. If the fault persists, please contact your dealer or after-sales service center.[4]
⚠ Work on refrigerant circuits, mains electricity and PV DC wiring is for qualified technicians only.
The Polish page has more detail (plain-language explanation, safe checks, guides): Read in Polish →
Sources
Every statement has a footnote to the document and PDF page. “Quote verified” means the quote was found automatically in the text of that page.
- [1] GoodWe Residential Smart Inverter Solutions – ET G2 6-15K (+ LX F / LX D) – User Manual V2.2 (2026-09-30) (V2.2-2026-09-30) , p. 205 official manufacturer document quote verified
- [2] GoodWe Residential Smart Inverter Solutions – ET G2 6-15K (+ LX F / LX D) – User Manual V2.2 (2026-09-30) (V2.2-2026-09-30) , p. 205 official manufacturer document quote verified
Improper module configuration
- [3] GoodWe Residential Smart Inverter Solutions – ET G2 6-15K (+ LX F / LX D) – User Manual V2.2 (2026-09-30) (V2.2-2026-09-30) , p. 205 official manufacturer document quote verified
Hardware damage
- [4] GoodWe Residential Smart Inverter Solutions – ET G2 6-15K (+ LX F / LX D) – User Manual V2.2 (2026-09-30) (V2.2-2026-09-30) , p. 205 official manufacturer document quote verified
Disconnect the AC output side switch and DC input side switch,5minutes later, close the AC output side switch and DC input side switch. If the fault persists, please contact your dealer or after-sales service center