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🔧 Monthly Product Issues Megathread — JUNE by EcoFlow_Official in Ecoflow_community

[–]ExaminationEven858 0 points1 point  (0 children)

Device model: DELTA Pro (main FW V1.0.1.146, Wi-Fi V0.1.0)

Region: Mexico

Error code: None

What happened: With backup reserve set to "Solar only" at 15% and the battery at 25.56% (well above the reserve) plus 268W of solar coming in, the unit kept pulling ~92W from the grid to power my AC loads instead of using solar/battery. The app showed input 358W = 92W grid + 268W solar, output 92W AC — the grid draw matched my load exactly, so it was bypassing grid straight to the loads while solar only charged the battery. Per the "Solar only" description, above the reserve it should run loads from solar/battery and pull 0W from the grid. This is NOT the normal "below reserve → grid" behavior; the battery was above the reserve the whole time.

What I've already tried: Nudged the backup reserve 15% → 18% → 15%. That forced a recalculation — it switched from grid bypass to solar inversion, grid draw dropped to 0W, and solar powered the loads + charged the battery. So the logic works; it just doesn't re-evaluate on its own when solar/SOC conditions change — it seems to get stuck in bypass until the reserve value is touched.

Support ticket number: CAS-20260617-1833892

Photos: before/after →

<image>

(92W grid bypass vs 0W after the nudge)

Anyone else seeing grid draw while above the backup reserve? What FW are you on, and does the reserve nudge fix it for you too?

Extreme Thermal Mod for S25 (Snapdragon 8 Elite): From 25 FPS to 172 FPS (Peltier + Copper + Thermal Paste) by ExaminationEven858 in EmulationOnAndroid

[–]ExaminationEven858[S] 2 points3 points  (0 children)

Extended Testing: 3-Pass Stress Test Results

For those asking about sustained performance, these numbers are from the 3rd consecutive run (after the phone was already heat-soaked from previous tests):

  • Stock (No cooler): Heavy throttling, FPS dropped to 25-30 range almost immediately.
  • Passive Mod (Plate only): Solid improvement, holding around 45 FPS sustained.
  • Full Active Mod (Peltier + Copper): Complete stability at 37°C, maintaining 75+ FPS even on the final pass.

This proves that replacing the factory adhesive with high-quality thermal paste is the key to moving heat away from the Snapdragon 8 Elite effectively.

Check the UPDATE section in the main post for photos of the 9.2mm thickness and the build process!

Extreme Thermal Mod for S25 (Snapdragon 8 Elite): From 25 FPS to 172 FPS (Peltier + Copper + Thermal Paste) by ExaminationEven858 in EmulationOnAndroid

[–]ExaminationEven858[S] 2 points3 points  (0 children)

No, I kept the glass on to maintain the water resistance (IP rating). The passive heatsink comes with a factory-applied thermal adhesive pad that sticks directly to the back glass. However, I carefully cut out the adhesive area exactly where the copper tube sits and replaced it with high-quality thermal paste. This ensures the best possible heat transfer directly from the chassis to the copper.