Can I use Bluetti or Anker SOLIX with solar panels?

Yes — all four products support solar charging. Bluetti AC500 accepts up to 3,000W solar input. Anker SOLIX F3800 accepts up to 2,400W. Bluetti AC180 handles 500W. Anker C1000 accepts 600W. All use built-in MPPT controllers compatible with standard 60V rigid panels and flexible 12V panels.

What is LiFePO4 and why does it matter for power stations?

LiFePO4 (Lithium Iron Phosphate) offers better safety, thermal stability, and cycle life than NMC lithium. It won't catch fire if punctured or overcharged, and lasts 3,000–5,000 cycles vs 500–1,000 for NMC. All four products in this comparison use LiFePO4 — a key reason they command a premium over entry-level power stations.

Is the Anker SOLIX F3800 worth more than Bluetti AC500?

The F3800 base ($3,599) is actually cheaper than AC500 ($4,499) despite higher continuous output (6,000W vs 5,000W) and full IP67 waterproofing. The AC500 starts with more base capacity (5,120 Wh) and has better cycle life (3,500 cycles). For a single fixed unit, F3800 wins on value. For long-term daily cycling, AC500 wins on longevity.

Which Bluetti or Anker power station is best for an RV?

For RV portability: Anker C1000 (14.9 kg / 33 lb) and Bluetti AC180 (16 kg / 35 lb) are easiest to move in and out. For larger RVs with dedicated power bays wanting multi-day capacity, AC500 or F3800 with expansion packs delivers genuine off-grid capability — but at 32–48 kg base weight, they stay installed.

Bluetti vs Anker SOLIX Power Station Calculator

Compare AC500 + B300S, SOLIX F3800, AC180, and SOLIX C1000 side by side — enter your use case, capacity needed, output, and budget to get $/Wh, expansion path, EV charging compatibility, cycle life, and a recommendation.

Your power station requirements

Primary use case?

Capacity needed?

Continuous output needed?

Expandability priority?

Budget?

Bluetti vs Anker SOLIX comparison

Recommendation for your inputs

Bluetti AC500 + B300S — best expandable home backup with LiFePO4 reliability and 18,432 Wh max capacity

⚠ = does not meet your requirement | Costs shown before any applicable tax credits

Bluetti AC500 + B300SBest match

Expandable home powerhouse

Units needed5 sets

Total capacity17,408 Wh

Continuous output25,000 W

Total cost$11,695 ⚠

$/Wh$0.67/Wh

ChemistryLiFePO4

Cycle life3,500 cycles

Weight32.3 kg (71 lb)

EV chargingNo

Water resistanceIP54 splash-proof

Expansion pathUp to 18,432 Wh (base + 4 packs @ $1,799 each)

Anker SOLIX F3800

Highest output + EV charging

Units needed4 units

Total capacity15,360 Wh

Continuous output24,000 W

Total cost$8,996 ⚠

$/Wh$0.59/Wh

ChemistryLiFePO4

Cycle life3,000 cycles

Weight48 kg (106 lb)

EV chargingYes (NACS/J1772)

Water resistanceIP67

Expansion pathUp to 26,880 Wh (base + 6 packs @ $1,799 each)

Bluetti AC180

Portable entry — best value

Units needed14 units

Total capacity16,128 Wh

Continuous output25,200 W ⚠

Total cost$13,986 ⚠

$/Wh$0.87/Wh

ChemistryLiFePO4

Cycle life3,000 cycles

Weight16 kg (35 lb)

EV chargingNo

Water resistanceIP54

Anker SOLIX C1000

Compact entry — lowest price

Units needed15 units

Total capacity15,840 Wh

Continuous output27,000 W ⚠

Total cost$13,485 ⚠

$/Wh$0.85/Wh

ChemistryLiFePO4

Cycle life3,000 cycles

Weight14.9 kg (33 lb)

EV chargingNo

Water resistanceIP54

Link copied to clipboard

How to Use This Calculator

Set your use case and capacity requirement

Start by selecting your primary use case — home backup, RV, off-grid cabin, or work jobsite. This adjusts the recommendation logic. Then enter your capacity needed in watt-hours. For reference: a full-size refrigerator draws ~150W and runs ~8 hours per day = 1,200 Wh. Essential home loads (fridge, lights, router, phone charging) run 400–600W continuously, meaning you need 5,000–12,000 Wh for a 12–24 hour backup. An RV overnight typically needs 2,000–5,000 Wh.

Enter continuous output needed and budget

Continuous output in watts tells the calculator whether each product can actually power your devices — not just store energy. If a product's continuous output is less than your requirement, it's flagged with a warning. Budget filters help identify which configurations fall within your price range. All four products — Bluetti AC500, Anker SOLIX F3800, Bluetti AC180, and Anker SOLIX C1000 — are compared side by side.

Read the expandability path

For expandable units (AC500 and F3800), the calculator shows the full expansion path — how many battery packs you can add and at what price. Both systems use LiFePO4 chemistry with excellent cycle life (3,000–3,500 cycles to 80% capacity), so the investment holds value over years of daily use.

The Formula

Units Needed (fixed) = ⌈Capacity Needed ÷ Unit Base Wh⌉ Units Needed (expandable) = 1 base + ⌈(Needed − Base Wh) ÷ Expansion Pack Wh⌉ Total Cost (expandable) = Base Price + Expansion Packs × Pack Price $/Wh = Total Cost ÷ Total Wh Meets Power = Product Continuous W ≥ Your Required W Within Budget = Total Cost ≤ Your Budget Recommendation Score = meets capacity (+10) + meets power (+8) + within budget (+6) + use-case fit − cost penalty

The recommendation uses a weighted scoring system: meeting capacity and power requirements are highest priority, being within budget is secondary, then use-case specific bonuses (jobsite: ruggedness/IP rating; RV: weight; home backup: max capacity). The lowest $/Wh is also rewarded — so you get the best-fit unit, not just the most expensive one.

Example

James — Home backup for 24 hours essential loads in Texas

James in Houston wants 24 hours of backup for essential loads (fridge, lights, router, fans) at ~3,000W continuous maximum. He has a $6,000 budget and wants to be able to expand later.

Use caseHome backup

Capacity needed15,000 Wh (24hr essential loads)

Continuous W needed3,000 W

Expandability priorityHigh

Budget$6,000

Comparison result

Bluetti AC500 + 3×B300S14,336 Wh / $4,499 + $5,397 = ~$9,896 (over budget)

Anker SOLIX F3800 + 3 packs15,360 Wh / $3,599 + $5,397 = ~$8,996 (over budget)

Bluetti AC180 ×44,608 Wh / ~$3,996 (within budget, but below capacity)

Anker C1000 ×44,224 Wh / ~$3,596 (within budget, but below capacity)

Best fitAnker SOLIX F3800 — highest output (6,000W), most expansion headroom

James's 15,000 Wh goal exceeds the budget of $6,000 for both large systems. The calculator surfaces this clearly with over-budget warnings. His best path: start with the Anker F3800 base unit ($3,599 = 3,840 Wh, 6,000W output) and add expansion packs incrementally as budget allows — each B300S/expansion pack adds 3,840 Wh at $1,799.

Product Comparison: Specs at a Glance

Spec	Bluetti AC500	Anker F3800	Bluetti AC180	Anker C1000
Base capacity	5,120 Wh	3,840 Wh	1,152 Wh	1,056 Wh
Max capacity	18,432 Wh	26,880 Wh	1,152 Wh	1,056 Wh
Continuous output	5,000 W	6,000 W	1,800 W	1,800 W
Base price	$4,499	$3,599	$999	$899
EV charging	No	Yes	No	No
Water resistance	IP54	IP67	IP54	IP54
Cycle life	3,500	3,000	3,000	3,000

FAQ

Is Bluetti or Anker SOLIX better for home backup? ▼

Both are competitive for home backup. Anker SOLIX F3800 wins on highest continuous power (6,000W vs 5,000W), lowest base price ($3,599 vs $4,499), IP67 full waterproofing, and EV charging capability. It also has the largest expansion potential at 26,880 Wh. Bluetti AC500 wins on cycle life (3,500 vs 3,000 cycles) and has a slightly higher base capacity (5,120 Wh). For typical home backup use where you're not leaving the unit outside in rain, both are excellent — Anker edges ahead on raw specs, Bluetti on longevity.

Can I use these with solar panels? ▼

Yes — all four products support solar charging via MPPT controllers. Bluetti AC500 accepts up to 3,000W of solar input (2,400W MPPT + 1,500W AC adapter path). Anker SOLIX F3800 accepts up to 2,400W solar input. Bluetti AC180 handles up to 500W solar in. Anker C1000 accepts up to 600W solar in. For off-grid or hybrid setups, pair any of these with appropriate solar panels and a compatible MPPT charge controller — most accept both 12V flexible panels and standard 60V rigid panels.

What is LiFePO4 and why does it matter? ▼

LiFePO4 (Lithium Iron Phosphate) is a battery chemistry that trades some energy density for dramatically better safety, thermal stability, and cycle life. Unlike NMC (Nickel Manganese Cobalt) lithium batteries used in older power stations and most EVs, LiFePO4 cells will not undergo thermal runaway (catch fire or explode) even if punctured, overcharged, or shorted. They also last 3,000–5,000 cycles to 80% capacity vs 500–1,000 cycles for NMC. All four products in this comparison use LiFePO4 — this is a major reason why Bluetti and Anker SOLIX command a price premium over entry-level power stations.

Is the Anker SOLIX F3800 worth the extra cost over Bluetti AC500? ▼

The F3800 base unit ($3,599) is actually cheaper than the AC500 base ($4,499) despite offering higher continuous power (6,000W vs 5,000W) and IP67 vs IP54 weatherproofing. However, it starts with less base capacity (3,840 Wh vs 5,120 Wh). If you want a single fixed unit, the F3800 wins on value. If you're building up capacity with expansion packs, both reach similar per-Wh costs. The F3800 is the clear choice if you want to charge an EV, operate in wet outdoor environments, or need the absolute highest surge power.

Which power station is best for an RV? ▼

For RV use, weight and portability are critical. The Bluetti AC180 at 16 kg (35 lb) and Anker C1000 at 14.9 kg (33 lb) are the most practical to move in and out of an RV regularly. If you have a larger RV with a dedicated power bay and want 5+ days of capacity, the AC500 or F3800 with expansion packs is feasible — but at 32–48 kg base weight, you won't be carrying them around. For truck campers and weekend trips, AC180 or C1000 are the sweet spot. For full-time liveaboards with a class A or fifth-wheel, AC500 or F3800 delivers genuine off-grid capability.

Related Calculators

Embed This Calculator

Free to embed on your website. Just copy this code:

<iframe src="https://solarsizecalculator.com/bluetti-vs-anker-solix-calculator"
  width="100%" height="800" frameborder="0"
  title="Bluetti vs Anker SOLIX Calculator"></iframe>