Anker SOLIX F3800
62BatteryRank score · Balanced
$1,999.99as of
High price← CompareCheck price on Amazon 
Check price on Amazon
Anker SOLIX F3800 vs Dabbsson 3000L
Decision readout
Better station
Anker SOLIX F3800 leads by 9 points overall.
Better buy today
No purchase urgency: the performance leader is not at a Good or Great price today.
Dabbsson 3000L
53BatteryRank score · Balanced
$849.14as of
Insufficient price historyWhat changes the decision
- Home backup: Anker SOLIX F3800 — more AC-delivered capacity and higher AC output
- Camping & RV: Dabbsson 3000L — lighter and easier to carry
01 · Score evidence
Score breakdown
62
Anker SOLIX F3800
Overall
53
Dabbsson 3000L
80
POWER
Anker SOLIX F3800 +45
35
Battery-side usable capacity and how much you can run at once.
65
TRUST
Dabbsson 3000L +18
83
Owner reputation, safety record, warranty, and build durability.
29
CHARGING
Dabbsson 3000L +22
51
Wall and solar recharge speed.
30
LIVABILITY
Dabbsson 3000L +66
96
Lightweight, portable, and quiet enough to live with.
Computed from sourced data with a published, price-independent formula. Scores are relative to each model's size class.
02 · Usable energy
Capacity truth
The watt-hours on the box aren't what reaches your devices. Same scale, both units.
Anker SOLIX F3800
Rated (on the box)
3,840 Wh. Show source
claimed sourceankersolix.com ↗2026-07-04The marketing number — total cell capacity.
AC delivered (est.)
3,264 Wh. Show source
estimated sourceestimate = battery-side usable capacity × 85% inverter efficiencyWhat reaches an AC outlet — about 15% is lost turning battery power into household AC. How we estimate.
Dabbsson 3000L
Rated (on the box)
3,072 Wh. Show source
claimed sourcedabbsson.com ↗2026-07-27The marketing number — total cell capacity.
AC delivered (est.)
2,350 Wh. Show source
estimated sourceestimate = battery-side usable capacity × 85% inverter efficiencyWhat reaches an AC outlet — about 15% is lost turning battery power into household AC. How we estimate.
03 · Same assumptions
Same-device runtime
| Device | Anker SOLIX F3800 | Dabbsson 3000L | Assumption |
|---|---|---|---|
| CPAP (humidifier off) | about 45.3 nights | about 32.6 nights | 9 W · |
| CPAP (heated humidifier on) | about 7.3 nights | about 5.2 nights | 56 W · |
| Refrigerator (full-size) | about 52 hours | about 37 hours | 180 W × 35% duty cycle · |
| Wi-Fi router + modem | about 181 hours | about 131 hours | 18 W · |
| Laptop (65W charger) | about 100 hours | about 72 hours | 65 W × 50% duty cycle · |
| Phone (one full charge) | about 163 full charges | about 117 full charges | 20 W · |
One device at a time; estimates use each station's usable AC energy. Build your own load →
04 · Sourced hardware
Key specs, side by side
| Spec | Anker SOLIX F3800 | Dabbsson 3000L |
|---|---|---|
| AC-delivered capacity | 3,264 Whest.. Show sourceestimated sourceankersolix.com ↗2026-07-04 | 2,350 Whest.. Show sourceestimated sourcedabbsson.com ↗2026-07-27 |
| Continuous power output | 6,000 W. Show sourceclaimed sourceankersolix.com ↗ | 3,000 W. Show sourceclaimed sourcedabbsson.com ↗ |
| Surge power output | 9,000 W. Show sourceclaimed sourceankersolix.com ↗ | 6,000 W. Show sourceclaimed sourcedabbsson.com ↗ |
| Max solar input | 2,400 W. Show sourceclaimed sourceankersolix.com ↗ | 1,200 W. Show sourceclaimed sourcedabbsson.com ↗ |
| AC charge time (0–100%) | 162 min. Show sourceclaimed sourceankersolix.com ↗ | — |
| Weight | 60 kg. Show sourceclaimed sourceankersolix.com ↗ | 25.8 kg. Show sourceclaimed sourcedabbsson.com ↗ |
| Rated cycle life | 3,000 cycles. Show sourceclaimed sourceankersolix.com ↗ | 4,000 cycles. Show sourceclaimed sourcedabbsson.com ↗ |
Manufacturer figures unless marked verified or est. Tap or focus a figure to view its source. The better reading in each row is highlighted — lower wins for weight and recharge time.
05 · Tracked street price
Price & fair-price verdict
Dabbsson 3000L
$849.14as of Insufficient price history
Each verdict compares today's price against that model's own tracked history — never MSRP theater.
Where these rank
Quick answers
- Is the Anker SOLIX F3800 better than the Dabbsson 3000L?
- Anker SOLIX F3800 leads by 9 points overall. No purchase urgency: the performance leader is not at a Good or Great price today.
- Which has more usable capacity, the Anker SOLIX F3800 or Dabbsson 3000L?
- The Anker SOLIX F3800, by 914 Wh — 3,264 Wh versus 2,350 Wh, a 39% advantage. At a 60 W load that is roughly 15.2 extra hours before the battery is empty. Both figures are estimated AC-delivered energy, not the nameplate battery rating — the watt-hours that actually reach your devices, which is always less than the number on the box.
- Which has more AC output, the Anker SOLIX F3800 or Dabbsson 3000L?
- The Anker SOLIX F3800: 6,000 W versus 3,000 W continuous. That gap matters only if a load sits between the two numbers — below 3,000 W both run it, above 6,000 W neither does. Surge headroom follows the same order: 9,000 W against 6,000 W, and surge is what decides whether a compressor or pump actually starts.
- How does runtime compare between the Anker SOLIX F3800 and Dabbsson 3000L?
- On the same sourced load — a refrigerator (full-size) — the Anker SOLIX F3800 runs longer: 51.8 hours against 37.3. These are planning estimates from each model's AC-delivered capacity, not stopwatch tests; real duty cycle and temperature move them.
- Which is lighter, the Anker SOLIX F3800 or Dabbsson 3000L?
- The Dabbsson 3000L, by 34.2 kg (25.8 kg versus 60 kg). Both weights are manufacturer figures for the bare unit; cables and a solar panel add to whatever you actually carry.
- Which model should I buy for my use case?
- On the sub-scores that describe each use case: the Anker SOLIX F3800 for home backup; the Dabbsson 3000L for camping & rv. They split, so the honest answer depends on which of those you are actually buying for.
Keep deciding
- Full scorecard, specs & price for Anker SOLIX F3800 →
- Full scorecard, specs & price for Dabbsson 3000L →
- See more alternatives to Anker SOLIX F3800 →
- See more alternatives to Dabbsson 3000L →
- What size do you need? →
- Browse all rankings →
- Check device runtime evidence →
- Compare outage and trip load plans →
- Browse complete power kits →
- Capacity vs output explained →
- Battery cycle-life thresholds →
- UPS behavior explained →