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I parallel a second LG RESU 16H Prime to the Solis S6 11.4 kW HV hybrid to see if it can finally start my deep‑well pump in inverter/back‑up mode (it worked in bypass). We wire the DC combiner, daisy‑chain RS‑485, set DIP roles (Primary/Secondary), fight through enblock Manager commissioning quirks, flip Solis to LG Parallel = ON, and then run a full pump test—with measurements and the actual fault code. 💲 Use code EASTTEXASSAVE50 for $50 off any purchase over $500 at @SignatureSolar 👉 LG + Solis Bundle: https://signaturesolar.com/solis-lg-b... (affiliate link) What you’ll see • DC combiner box with multi‑tap (Polaris‑style) connectors: #8 from each battery → #6 to inverter • Conduit/gland sizing and spacers for the battery entries • RS‑485 daisy chain (Enable 12 V / GND / A+ / B−) and DIP roles • enblock Manager commissioning for each pack (RMD/BMS/DC‑DC firmware, Wi‑Fi password = RMD MAC + 1234) • Solis Cloud → Local Debug (BT) → Battery Settings → LG Parallel = Yes • Pump test results: inrush ≈ 59.2 A @ 240 V (~14.2 kW), continuous ≈ 25 A (~6 kW) • Fault captured: UNV Backup (Code 1072) → backup‑side undervoltage during start • Why the math says it “should” work (Solis 11.4 kW cont, each RESU ≈ 7 kW cont) yet still doesn’t, and next steps Links (some affiliate) • Solis S6 11.4kW High Voltage Hybrid Inverter → https://signaturesolar.com/solis-s6-1... • LG 16H Prime Battery | 16kWh | 400V | High Voltage → https://signaturesolar.com/lg-16h-pri... • All current links & codes: shopeth dot link → https://shopeth.link • Hardware & tools at Lowe's: https://shoplowes.me/3WmQ2Lz 👉 Part 1 (LG RESU16H install) on East Texas Homestead: • Energy Builds: LG 16H Prime Install – Part... 👉 Part 2 (Solis S6 install & commissioning): • Energy Builds: Solis + LG Install – Part 2... 👉 Part 4 (Software fix test — will it finally work?): • Energy Builds: Solis + LG – Part 4 | Will ... 👉 Part 5 (Voltage test after software tweaks): • Energy Builds: Solis + LG – Part 5 | Volta... Notes / Next Steps • DIY at your own risk; high‑voltage DC is dangerous—consult a licensed electrician. Disclosure: Some equipment in this series was provided by @SignatureSolar for testing/demonstration. No one paid for editorial input; all opinions are my own. 00:00 — Recap: bypass works, inverter mode fails the well pump 00:35 — Live demo: pump OK in bypass, inverter resets under load 01:30 — Theory: single RESU ≈ 7 kW; add second pack to meet surge 03:00 — Layout: new pad + second battery positioning 03:40 — Plan: DC combiner box (#8s in, #6 out) 04:45 — Gland spacers & sealing the battery entries 10:40 — Routing: battery #2 → combiner → inverter (#6) 13:40 — Ground/+/− into combiner; torque/tug tests 20:00 — Final DC routing recap (pos/neg/ground) 21:00 — Battery #1 connections at inverter (ground, +, −) 22:10 — Battery #2 connections at inverter 22:50 — RS‑485: crimp, order (Enable 12 V, Enable GND, A+, B−) 23:35 — DIP roles: set new Primary & Secondary; terminator off on Secondary 28:20 — Dress/zip‑tie comms; daisy chain confirmation diagram 29:10 — enblock Manager: connect by RMD SSID (MAC+1234), firmware updates 34:40 — Wi‑Fi UI gotcha: tap Connect before Save 35:30 — Set Parallel in enblock Manager; timezone & save 36:30 — Commission the second battery (repeat flow) 46:00 — Bring system up; inverter wake sequence observations 49:20 — Solis Cloud (BT): LG Parallel = Yes 51:10 — Switch to inverter mode for the big test 52:50 — Moment of truth… still trips under surge 54:05 — Clamp‑meter data: 59.2 A inrush (≈ 14.2 kW), 25 A continuous 55:30 — Spec math vs reality (Solis 11.4 kW; dual RESU cont ≈ 14 kW) 56:15 — Fault readout: UNV Backup 1072 (undervoltage) 57:15 — Where we go from here (soft‑start, PV, ongoing support cases) #Solar #OffGrid #HomeEnergy #Solis #LGRESU #HybridInverter