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Anker SOLIX · Power station · SOLIX F3800 Plus

SOLIX F3800 Plus

High-Efficiency Solar: Up to 3,200W solar input with dual MPPT (11-165V), fully recharging in under 2 hours in optimal sunlight. Bypass Charging: Compatibl

6,000W rated3,840WhRechargeable LiFePO4 batteryListed available
Check Anker SOLIX price Official listed price $2,399.99
Anker SOLIX F3800 Plus Portable Power Station
Product image · Anker SOLIX

Product decision summary

Researched by · reviewed under the FMG editorial standard · Sep 15, 2026

Trace the evidence · not a hands-on review

Bottom line

Competitive in its class for high-capacity home backup & rv and off-grid power.

Best for: High-capacity home backup & RV and off-grid power

Running output

6,000W

Fuel / power

Rechargeable LiFePO4 battery

Weight

136.7 lb

Strongest reasons

  • High-Efficiency Solar: Up to 3,200W solar input with dual MPPT (11-165V), fully recharging in under 2 hours in optimal sunlight. Bypass Charging: Compatibl.
  • Running output is higher than 95% of its class.
  • Peak output is higher than 95% of its class.

Know before buying

Usable runtime changes sharply with the load. Size your required watt-hours and recharge plan before buying.

Best current buying route

$2,400

Observed price at Anker SOLIX

The only verified seller destination. Its listed price is known, but shipping and delivered cost still need confirmation. Confirm price, stock, shipping, and the exact model on the seller’s site.

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Follow the manual’s charging, temperature, storage, and battery-safety requirements.

Price intelligence Evidence ledger Accessories & manuals

The numbers that drive the decision.

Published values stay labeled, and every usable metric includes class context. Missing data is shown instead of estimated.

Open complete specifications
SpecificationThis model
Running output6,000WHigher than 95% of its class
Peak / starting output9,000WHigher than 95% of its class
Stored energy3,840WhHigher than 67% of its class
Product weight137 lbLighter than 1% of its class
Published sound levelNot publishedNo class comparison available
Fuel / power sourceRechargeable LiFePO4 batteryPower station
Best current price$2,400Observed price at Anker SOLIX

Class comparisons use 30 mid output power stations. Runtime figures can use different loads, fuels, or test conditions; confirm the model manual before planning fuel or battery duration.

Product gallery & complete specifications Official imagery, full spec tables, use cases, and source linksView details

Output, stored energy, charging, and portability.

01 · Usable output

6,000W rated output

Battery6,000W / 9,000W

The comparison uses Anker SOLIX’s published rated and peak, surge, or maximum output figures.

02 · Energy & runtime

Listed capacity

3,840Wh

Published runtime guidance

Runtime varies with connected load and operating conditions

03 · Size & construction

136.7 lb

Listed weight

See the official manufacturer specification page

Dimensions

Battery or engine
LiFePO4 battery and pure sine-wave inverter
Warranty
See the official manufacturer warranty
04 · Charging & continuity

Charging or integration

AC wall, vehicle, USB-C where supported, and compatible solar charging

Backup transfer

UPS or backup switching supported; see model-specific transfer-time guidance

Noise

Quiet battery operation; cooling fan noise varies by load

The current official image set for SOLIX F3800 Plus includes product views, connection diagrams, feature explanations, and compatible system configurations where Anker SOLIX publishes them.

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The complete factory data available for comparison.

These pages retain Anker SOLIX's model-specific output, charging, battery, port, continuity, dimensions, environmental, engine, fuel, app-control, and warranty fields where published.

Follow charging, storage, and installation guidance. Whole-home connections and transfer equipment should be installed according to Anker SOLIX instructions and applicable electrical codes.

Comparison summary

Battery output
6,000W rated / 9,000W peak, surge, or starting
Stored energy
3,840Wh
Energy source
Rechargeable LiFePO4 battery
Dimensions
See the official manufacturer specification page
Listed weight
136.7 lb
Price and availability
$2,399.99 official listed price; listed by Anker SOLIX

Factory output & connection specifications

Battery capacity
3,840Wh
AC output
6,000W rated / 9,000W peak or surge
Q1: Can I use F3800 and F3800 Plus with Double Power Hub at the same time?
Yes.
Q2: Can I use F3800 and F3800 Plus with Home Power Panel at the same time?
Yes.
Q3: Can Anker SOLIX F3800 and F3800 Plus be connected to Home Power Panel, Double Power Hub, and Transfer Switch simultaneously?
Yes.
Q5: Which of F3800 Plus's AC output ports can be used under different input conditions?
Please review these scenarios to determine how F3800 Plus's output ports can be used. Condition 1: No AC input power is connected. Usable AC Output Ports: • TT-30R (120V~25A) • L14-30R (120/240V~25A) • NEMA 5-20R (3 Leftmost Ports, UPS) • NEMA 5-20R (3 Rightmost Ports) Condition 2: When a 120V generator is connected; not plugged into a 120V wall outlet. Usable AC Output Ports: • TT-30R (120V~25A): Output available when connected to the L1 phase. Bypass limit of up to 3,000W. No output when connected to the L2 phase. Switching Time: F3800 Plus to Generator: 30 ms. Generator to F3800 Plus: 50 ms. Non-Usable AC Output Ports: • L14-30R (120/240V~25A) • NEMA 5-20R (3 Leftmost Ports, UPS) • NEMA 5-20R (3 Rightmost Ports) Condition 3: When a 240V generator is connected; not plugged into a 120V wall outlet. Usable AC Output Ports: • TT-30R (120V~25A): Output available with a bypass limit of up to 3,000W. • L14-30R (120/240V~25A): Output available with a bypass limit of up to 6,000W. Non-Usable AC Output Ports: • NEMA 5-20R (3 Leftmost Ports, UPS) • NEMA 5-20R (3 Rightmost Ports) Condition 4: No generator connection; plugged into 120V wall outlet. Usable AC Output Ports: • TT-30R (120V~25A): Output available. No UPS. Bypass limit of up to 1,440W. • NEMA 5-20R (3 Leftmost Ports, UPS): Output available with bypass limit of up to 1,440W. Switching Time: 20 ms Non-Usable AC Output Ports: • L14-30R (120/240V~25A) • NEMA 5-20R (3 Rightmost Ports) Condition 5: Connected to 120V generator; plugged into 120V wall outlet. Usable AC Output Ports: • TT-30R (120V~25A): Output available when connected to the L1 phase wth a bypass limit of up to 3,000W. No output when connected to the L2 phase. Switching Time: F3800 Plus to Generator: 30 ms Generator to F3800 Plus: 50 ms Non-Usable AC Output Ports: • L14-30R (120/240V~25A) • NEMA 5-20R (3 Leftmost Ports, UPS) • NEMA 5-20R (3 Rightmost Ports) Condition 6: Connected to 240V generator; plugged into 120V wall outlet. Usable AC Output Ports: • TT-30R (120V~25A): Output available with a bypass limit of up to 3,000W. If the generator stops outputting, please see Condition 4 above. • L14-30R (120/240V~25A): Output available with a bypass limit of 6,000W max. If the generator stops outputting, please see Condition 4 above. Non-Usable AC Output Ports: • NEMA 5-20R (3 Leftmost Ports, UPS) • NEMA 5-20R (3 Rightmost Ports)
Q6: What should I do when using a solar panel to charge my power station?
Plug solar panels into one of Anker SOLIX F3800 Plus Portable Power Station's 2 solar input ports. Each one supports an 11-165V solar charger with a solar charging connection. The current supports 17A max.
Q7: Can Anker SOLIX F3800 Plus be recharged using rooftop solar panels through Home Power Panel during an outage?
No. When outages occur, directly connect F3800 Plus to your 11-165V solar panels to charge it. Please note that exceeding 165V may cause damage to the solar input ports.
Q10: When recharging Anker SOLIX F3800 Plus Portable Power Station with a 120V AC input, can I use its 240V outlet to charge other devices?
No, when Anker SOLIX F3800 Plus is recharging via the 120V AC input, you can only use its three 120V UPS outlets to charge other devices.
Q11: When recharging F3800 Plus with a 240V generator via its Home Power Panel port, which AC output ports charge devices?
When Anker SOLIX F3800 Plus recharges via a 240V generator through its Home Power Panel port, use the NEMA L14-30R (240V) and TT-30R (120V) ports to charge other devices.
Q12: Does Anker SOLIX F3800 Plus support AC input and DC input charging at the same time?
Yes, F3800 Plus supports AC input and DC input, via its solar input ports, at the same time.
Q13: When recharging F3800 Plus with a 120V generator via its Home Power Panel port, which AC output ports charge other devices?
When Anker SOLIX F3800 Plus recharges via a 120V generator through its Home Power Panel port, only the TT-30R (120V) port can charge other devices.
Q14: Because Home Power Panel has two power station ports, can I connect F3800 Plus and a generator at the same time?
Yes. Either connect F3800 Plus to one Home Power Panel port and your 240V generator to the other, or connect two F3800 Plus power stations to Home Power Panel.
Q2: What is the maximum power output of the AC output ports?
The AC output ports can deliver a maximum of 6,000W to connected devices. Each group of NEMA 5-20R AC output ports can deliver 2,400W (120V/20A) of power.
Q3: Can the USB-C ports charge the power station (input capability), or are they output only?
The USB-C ports are output only.
Q5: What is the AC output of Anker SOLIX F3800 Plus?
The AC output of Anker SOLIX F3800 Plus varies in different countries and regions: US: 6,000W Max, 120V/240V.
Q6: For the US and Canadian versions, which ports can provide 240V, and what are their main uses?
For US and Canadian versions, the NEMA L14-30R port supports 240V. Use it for: 1. EV charging. 2. High-wattage appliances like washers and dryers. 3. Inlet boxes and transfer switches for outage backup power. 4. RVs.
Q15: Can I connect two F3800 Plus units using a Double Power Hub and then connect them to a generator?
No, because the Home Power Panel ports are already in use, so it's not possible to connect them to a generator. Also, when the Hub button activates, it deactivates the AC input and output ports.
Q8: What is the AC idle power consumption of F3800 Plus?
With AC on and no devices connected, F3800 Plus consumes about 40W, conserving energy and extending batttery light. The idle discharge duration is about 95 hours. Be sure to update your firmware to version 3.3.5 for optimal performance.

Factory charging & battery specifications

Battery chemistry
LiFePO4
Q8: How do I charge my electric vehicle with Anker SOLIX F3800 Plus?
Double-press the AC Outlet Button to activate EV mode charging. Please make sure to set the charging rate to less than 25A so that Anker SOLIX F3800 Plus can charge your EV, such as a Tesla.
Q7: How many kW does Anker SOLIX F3800 Plus supply for EV charging?
EV charging power varies by country and region. In the US and Canada, it's as follows: Max Output: 6,000W. Max Voltage: 240V. Max Amperage: 25A.

Factory dimensions & operating specifications

Dimensions
See the official manufacturer specification page
Listed weight
136.7 lb

Factory ownership, control & protection specifications

Q9: How many Anker SOLIX BP3800 Expansion Batteries can be connected to one Anker SOLIX F3800 Plus?
Each Anker SOLIX F3800 Plus can connect up to six BP3800 Expansion Batteries. Note that both the expansion battery and F3800 Plus will gradually equalize their power levels. This is done to maximize product lifespan.

Additional factory specifications

SKU
A1790112
Q4: When can a generator and F3800 Plus be used together?
You can use a generator and F3800 Plus in the following scenarios: 1. With 240V Generators - F3800 Plus Only The generator connects to F3800 Plus's Home Power Panel port. Use the F3800 Plus's L14-30R AC output port to deliver up to 6,000W (240V) or the TT-30R port for up to 3,000W (120V). - F3800 Plus + Transfer Switch/Inlet Box The generator connects to F3800 Plus's Home Power Panel port. Use the F3800 Plus's L14-30R AC output port to deliver up to 6,000W (240V). - F3800 Plus + Home Power Panel Connect the generator to one of the Home Power Panel's power station ports for up to 6,000W (240V) of generator power. 2. With 120V Generators - F3800 Plus Only Connect the generator to F3800 Plus's Home Power Panel port. Use the F3800 Plus's TT-30R AC output port to provide up to 3,000W (120V) max. This setup is an alternative to grid power. Note that the generator must output 120V pure sine wave power with a total harmonic distortion (THD) of less than 5%. - F3800 Plus + Transfer Switch/Inlet Box The generator connects to F3800 Plus's Home Power Panel port. Use the F3800 Plus's TT-30R AC output port to deliver up to 3,000W (120V).
Q1: What are the differences between F3800 and F3800 Plus?
Anker SOLIX F3800 and F3800 Plus have different solar input capabilities and generator connection methods. Below is a detailed comparison of their specific differences: 1. Solar Input F3800 supports a solar input range of 11-60V, with a maximum current of 27A and a maximum input of 1,200W per port. F3800 Plus supports a wider solar input range of 11-165V, with a maximum current of 17A and a maximum input of 1,600W per port. 2. Generator Connection Method F3800 can connect to a 120V generator with a pure sine wave output (THD < 5%) as an alternative to grid power. F3800 Plus can connect to a 240V / 120V generator via Home Power Panel port, offering more flexibility for higher voltage generators. 3. EV Charging F3800 charges EVs via both L14-30R and 14-50R output ports, providing compatibility with a wider range of electric vehicle charging setups. F3800 Plus charges EVs through the L14-30R port only. 4. TT-30R 120V Output Port F3800 does not include a TT-30R 120V output port. F3800 Plus includes a TT-30R 120V output port, making it more suitable for RV users and other devices requiring this specific port. 5. 14-50R 240V Output Port F3800 includes a 14-50R 240V output port, which is ideal for high-power appliances requiring 240V output. F3800 Plus does not include a 14-50R 240V output port.
Q4: What are the basic specifications of Anker SOLIX F3800 Plus?
Anker SOLIX F3800 Plus has 3,480Wh battery capacity. It supports Wi-Fi and Bluetooth. It is not waterproof. Here are other specifications: Dimensions: 27.6 × 15.1 × 14.6" (2.56" wheels) / 702 × 383 × 370 mm (65mm wheels). Weight: 135.6 lb / 61.5 kg. Discharging Operating Temperature: -4°F - 104°F / -20°C - 40°C. Charging Operating Temperature: 32°F - 104°F / 0°C - 40°C.

Official feature details

System capability

High-Efficiency Solar: Up to 3,200W solar input with dual MPPT (11-165V), fully recharging in under 2 hours in optimal sunlight. Bypass Charging: Compatibl

Power delivery

Q1: Can I use F3800 and F3800 Plus with Double Power Hub at the same time? Yes.

Charging and fueling

Q2: Can I use F3800 and F3800 Plus with Home Power Panel at the same time? Yes.

Battery and durability

Q3: Can Anker SOLIX F3800 and F3800 Plus be connected to Home Power Panel, Double Power Hub, and Transfer Switch simultaneously? Yes.

Safety and controls

Q4: When can a generator and F3800 Plus be used together? You can use a generator and F3800 Plus in the following scenarios: 1. With 240V Generators - F3800 Plus Only The generator connects to F3800 Plus's Home Power Panel port. Use the F3800 Plus's L14-30R AC output port to deliver up to 6,000W (240V) or the TT-30R port for up to 3,000W (120V). - F3800 Plus + Transfer Switch/Inlet Box The generator connects to F3800 Plus's Home Power Panel port. Use the F3800 Plus's L14-30R AC output port to deliver up to 6,000W (240V). - F3800 Plus + Home Power Panel Connect the generator to one of the Home Power Panel's power station ports for up to 6,000W (240V) of generator power. 2. With 120V Generators - F3800 Plus Only Connect the generator to F3800 Plus's Home Power Panel port. Use the F3800 Plus's TT-30R AC output port to provide up to 3,000W (120V) max. This setup is an alternative to grid power. Note that the generator must output 120V pure sine wave power with a total harmonic distortion (THD) of less than 5%. - F3800 Plus + Transfer Switch/Inlet Box The generator connects to F3800 Plus's Home Power Panel port. Use the F3800 Plus's TT-30R AC output port to deliver up to 3,000W (120V).

Portability detail

Q5: Which of F3800 Plus's AC output ports can be used under different input conditions? Please review these scenarios to determine how F3800 Plus's output ports can be used. Condition 1: No AC input power is connected. Usable AC Output Ports: • TT-30R (120V~25A) • L14-30R (120/240V~25A) • NEMA 5-20R (3 Leftmost Ports, UPS) • NEMA 5-20R (3 Rightmost Ports) Condition 2: When a 120V generator is connected; not plugged into a 120V wall outlet. Usable AC Output Ports: • TT-30R (120V~25A): Output available when connected to the L1 phase. Bypass limit of up to 3,000W. No output when connected to the L2 phase. Switching Time: F3800 Plus to Generator: 30 ms. Generator to F3800 Plus: 50 ms. Non-Usable AC Output Ports: • L14-30R (120/240V~25A) • NEMA 5-20R (3 Leftmost Ports, UPS) • NEMA 5-20R (3 Rightmost Ports) Condition 3: When a 240V generator is connected; not plugged into a 120V wall outlet. Usable AC Output Ports: • TT-30R (120V~25A): Output available with a bypass limit of up to 3,000W. • L14-30R (120/240V~25A): Output available with a bypass limit of up to 6,000W. Non-Usable AC Output Ports: • NEMA 5-20R (3 Leftmost Ports, UPS) • NEMA 5-20R (3 Rightmost Ports) Condition 4: No generator connection; plugged into 120V wall outlet. Usable AC Output Ports: • TT-30R (120V~25A): Output available. No UPS. Bypass limit of up to 1,440W. • NEMA 5-20R (3 Leftmost Ports, UPS): Output available with bypass limit of up to 1,440W. Switching Time: 20 ms Non-Usable AC Output Ports: • L14-30R (120/240V~25A) • NEMA 5-20R (3 Rightmost Ports) Condition 5: Connected to 120V generator; plugged into 120V wall outlet. Usable AC Output Ports: • TT-30R (120V~25A): Output available when connected to the L1 phase wth a bypass limit of up to 3,000W. No output when connected to the L2 phase. Switching Time: F3800 Plus to Generator: 30 ms Generator to F3800 Plus: 50 ms Non-Usable AC Output Ports: • L14-30R (120/240V~25A) • NEMA 5-20R (3 Leftmost Ports, UPS) • NEMA 5-20R (3 Rightmost Ports) Condition 6: Connected to 240V generator; plugged into 120V wall outlet. Usable AC Output Ports: • TT-30R (120V~25A): Output available with a bypass limit of up to 3,000W. If the generator stops outputting, please see Condition 4 above. • L14-30R (120/240V~25A): Output available with a bypass limit of 6,000W max. If the generator stops outputting, please see Condition 4 above. Non-Usable AC Output Ports: • NEMA 5-20R (3 Leftmost Ports, UPS) • NEMA 5-20R (3 Rightmost Ports)

Connection options

Q6: What should I do when using a solar panel to charge my power station? Plug solar panels into one of Anker SOLIX F3800 Plus Portable Power Station's 2 solar input ports. Each one supports an 11-165V solar charger with a solar charging connection. The current supports 17A max.

  • High-capacity home backup
  • RV and off-grid power
  • Professional equipment
  • 6,000W maximum rated output
  • 9,000W maximum peak, surge, or starting output
  • 3,840Wh listed capacity
  • Power station

Match capacity and output to your actual loads.

Use the independent calculator before choosing a battery system or generator.

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Sources: Anker SOLIX SOLIX F3800 PlusAnker SOLIX productsVerified September 15, 2026

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Observed price

$2,400

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Seller options

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Offer rank

57/100

Relative to listed sellers

Data confidence

55%

4 open fields

Delivered totals

0/1

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What living with it looks like.

Ownership is mostly about charge readiness, cable compatibility, storage conditions, and preserving battery health.

Ownership rule

Use the exact Anker SOLIX SOLIX F3800 Plus manual for maintenance intervals, fluids, storage limits, and warranty requirements. Similar models are not interchangeable.

Published warranty

See the official manufacturer warranty

Coverage can vary by use, seller, and region. Confirm eligibility and exclusions before purchase.

Service information

1 official resource

An owner or operator manual is linked below for exact service intervals.

Battery care

Low mechanical upkeep

Plan for charge-state, cable, ventilation, firmware, and storage-temperature checks.

Handling & storage

136.7 lb · Rechargeable LiFePO4 battery

Plan a wheeled route, stable storage position, and help for steps or vehicle loading.

Practical care plan

From delivery to long-term readiness

  1. 1

    Day one

    Register and record the exact unit

    Save the receipt, serial number, seller, warranty terms, and all included cables before packaging is discarded.

  2. 2

    First setup

    Confirm charging limits and update status

    Use the official manual to verify every AC, vehicle, and solar input limit. Install firmware updates only through the manufacturer’s supported process.

  3. 3

    Before a trip or outage

    Run a readiness check

    Inspect ports and cables, confirm state of charge, test the intended loads, and make sure the recharge plan still matches the forecasted need.

  4. 4

    During storage

    Protect long-term battery health

    Follow the model manual for storage temperature, ventilation, recharge cadence, and recommended state of charge. Do not use generic battery advice in place of its limits.

Before you buy

Five ownership questions to settle first

  • Confirm that See the official manufacturer warranty applies to your seller, region, and intended use.
  • Open the official manual for SOLIX F3800 Plus and review setup, service intervals, warnings, and storage requirements.
  • Verify access to Anker SOLIX parts, authorized service, and a practical return path in your area.
  • Confirm every charging cable, solar input limit, expansion-battery match, and indoor-use restriction.
  • Plan how the 136.7 lb unit will move over steps, gravel, and door thresholds.

See the proof behind the conclusion.

We separate sourced facts, reproducible calculations, editorial judgments, and missing evidence. That makes every important claim easier to inspect—and harder to overstate.

Published-data coverage

100%documented

8 of 8 relevant evidence fields are documented for this model.

Source-backed editorial analysis—not a hands-on or laboratory test.

Source record

2 traceable sources

Last reviewed Sep 15, 2026

Hands-on testing

Checking ledger…

No manufacturer data is presented as an independent test

Verified owners

Checking reports…

Percentages stay hidden until the sample qualifies

CPSC screening

No model-text match

39 generator recall records screened

100%

Documented fields

2

Traceable sources

4

Reproducible calculations

0

Open evidence gaps

Original calculation

Published surge reserve

3,000W

9,000W peak − 6,000W running

50% above rated running output. This is arithmetic headroom, not a promise that every motor load will start.

Original calculation

Rated power density

43.89 running W/lb

6,000W ÷ 136.7 lb

A catalog-derived portability ratio. It does not account for handles, wheels, shape, or how the weight feels in use.

Original calculation

Listed dollars per Wh

$0.62/Wh

$2,399.99 ÷ 3,840Wh

A point-in-time catalog value ratio. It excludes tax, shipping, accessories, fuel, service, and battery expansion costs.

Original calculation

Strongest class-relative spec

95th percentile

Running output: 6,000W ranked within 30 mid output power stations

Higher than 95% of its class

Claim-by-claim evidence ledger

Evidence typeClaimBasisTrace
Published factSource-backed6,000W running and 9,000W peak output are recorded for this model.Model-specific output fields in the catalog.Official model source
Published factSource-backed3,840Wh of published storage capacity is recorded.Model-specific battery capacity in the catalog.Official model source
Published factSource-backedRechargeable LiFePO4 battery power and 136.7 lb product weight are recorded.Published configuration and dimensional data.Official model source
Original calculationReproduciblePublished surge reserve: 3,000W.9,000W peak − 6,000W runningCalculation standard
Original calculationReproducibleRated power density: 43.89 running W/lb.6,000W ÷ 136.7 lbCalculation standard
Original calculationReproducibleListed dollars per Wh: $0.62/Wh.$2,399.99 ÷ 3,840WhCalculation standard
Editorial judgmentEditorialCompetitive in its class for high-capacity home backup & rv and off-grid power.Class score 64/100, declared best use, comparative specifications, and explicit buying cautions.Inspect the score
Editorial judgmentEditorialUsable runtime changes sharply with the load. Size your required watt-hours and recharge plan before buying.Editorial risk check based on product category, weight, output, price availability, and missing fields.Judgment standard

What this evidence cannot prove

  • No Find My Generator hands-on test, instrumented load test, teardown, or long-term ownership trial is claimed for this page.
  • Manufacturer specifications may use different fuels, loads, test distances, temperatures, or operating modes. Cross-brand comparisons inherit those differences.
  • The listed price is a dated snapshot and may not equal the current delivered price.

Editorial analysis for Anker SOLIX SOLIX F3800 Plus. Source record last verified Sep 15, 2026. Corrections can be submitted through the contact page with a model-specific source.

Accessories, manuals, and documents.

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Verify exact fit

Charging cables and adapters

Find vehicle, wall, USB, and model-specific charging accessories from Anker SOLIX.

Confirm the exact input port and electrical limits for SOLIX F3800 Plus before ordering.
View official accessory options
Verify exact fit

Case, cart, or protective cover

Protective and mobility accessories can make storage and transport easier.

Check the listed dimensions and model fit for SOLIX F3800 Plus; do not block cooling inlets or exhaust fans during operation.
View official accessory options

Manuals & PDFs

Official product materials.

Compatibility note: Links lead to manufacturer or official retailer resources. Confirm the full model or item number, connector type, voltage, amperage, and published compatibility list before buying. Installation involving a home panel, inlet, transfer switch, or fuel plumbing should be handled as required by local code.

Deeper analysis

Open the details you need

The key decision is above. These supporting scorecards, owner signals, and evidence notes stay out of the way until you want to inspect them.

Fit and score detailsSee the class benchmarks and personalize the fit score for your needs.

Find My Generator score

64/ 100

Competitive in its class

Compared with 30 mid output power stations in the current catalog.

Power95

Running and peak output versus the class

Endurance67

Stored energy versus the class

Portability1

Lower weight scores higher

Fuel flexibility85

Rechargeable, indoor-safe operation

Value21

Output or stored energy per listed dollar

See what each spec really means.

A number is more useful with context. Each row shows this model beside its class median and translates the difference into a percentile.

Running output

Higher than 95% of its class

This model · 6,000W
Median · 3,600W

Peak output

Higher than 95% of its class

This model · 9,000W
Median · 7,100W

Stored energy

Higher than 67% of its class

This model · 3,840Wh
Median · 3,584Wh

Product weight

Lighter than 1% of its class

This model · 137 lb
Median · 89.5 lb

How the score works: Scores use published specs and are relative to comparable products in this catalog. Missing specs are excluded and remaining weights are normalized. Runtime is the longest manufacturer-published figure and may use a different load or fuel than another model.

Size a generator for your own appliances

Starter Fit Score

85/ 100

Strong fit

For a 3,000W target and a $1,500 budget.

Above your selected budget

A score you can inspect and change.

This personal score is separate from the model’s class score. It measures fit against your priorities and gives neutral partial credit when price or noise data is missing.

Power fit

34.1/35

Clears your 3,000W running target.

Budget fit

9.9/20

$899.99 above your selected budget.

Fuel fit

15/15

Rechargeable LiFePO4 battery works with your flexible fuel preference.

Portability

7.5/10

136.7 lb against your medium portability priority.

Noise fit

10/10

Battery operation strongly matches your quietness preference.

Use-case fit

8.5/10

Home-backup fit rewards adequate output and fuel flexibility.

Tune my profile
Testing, reviews and evidenceCheck hands-on testing status, owner reliability signals, sources, and data confidence.
Checking the hands-on test ledger…

The methods behind every result.

This category-specific protocol defines the questions, equipment, conditions, outputs, and safety gates required for this exact model. Published specifications stay visibly separate from hands-on measurements.

Manufacturer-published baselines

Rated running output

6,000W

Published

Peak / starting output

9,000W

Published

Published storage capacity

3,840Wh

Published

Product weight

136.7 lb

Published

Published sound level

Not published

Not published

These numbers organize the test plan. They are not independent confirmations.

Questions the measurements must answer.

01

Planned measurement

Usable AC energy

Pending

How much of SOLIX F3800 Plus’s published storage reaches an AC load?

Charge using the manufacturer procedure, allow temperature stabilization, then discharge through a power analyzer at a fixed low load and again near 50% of rated AC output until normal automatic cutoff.

Delivered WhUsable-capacity percentageTest loadCutoff state
02

Planned measurement

Continuous output & overload behavior

Pending

Can the inverter sustain rated loads and respond predictably to short steps?

Apply a correctly rated programmable or resistive load at 25%, 50%, 75%, and 100% of rated output. Log watts, volts, frequency, temperature, fan behavior, faults, and automatic shutdown.

Sustained wattsVoltage and frequencyThermal behaviorProtection response
03

Planned measurement

AC recharge time & input energy

Pending

How long and how much wall energy does a normal full recharge require?

From normal automatic discharge cutoff, recharge to the manufacturer-defined full state with the included AC method. Log input watts, input Wh, elapsed time, charge mode, and ambient temperature.

0–100% timeInput WhPeak input wattsCharge mode
04

Planned measurement

Fan sound & thermal profile

Pending

When do fans become noticeable and how warm does the enclosure become?

At fixed loads, record A-weighted sound at 1 m and 7 m plus non-contact surface temperatures at defined enclosure points. Publish ambient sound and temperature.

dBA by loadFan-on thresholdSurface temperatureAmbient conditions
05

Planned measurement

Transfer / UPS behavior

Pending

If backup transfer is advertised, what interruption does a representative load experience?

Only when the manufacturer advertises the feature, use an isolated, instrumented load and suitable waveform capture to record transfer interruption and output behavior during repeated loss-and-return events.

Transfer timeWaveform eventLoad typePass-through limits

Controlled conditions

  • Record the exact model, serial number, firmware, sample source, and test date before any measurement.
  • Log ambient temperature, humidity, elevation, wind, surface, and background sound for every test block.
  • Record instrument model, range, accuracy, and most recent calibration or verification date.
  • Repeat timing, starting, and sound measurements three times when conditions allow; publish every valid run.
  • Keep original notes, load logs, meter exports, photos, and any excluded-run explanation with the result.

Required equipment class

  • Rated programmable or resistive AC load
  • Bidirectional watt-hour and power analyzer
  • Calibrated sound-level meter
  • Temperature logger or verified non-contact thermometer
  • Waveform capture equipment when transfer-time claims are tested

Safety gate

Use a noncombustible, ventilated test area with battery-rated emergency procedures; stop for swelling, odor, smoke, leakage, abnormal heat, or impact damage.

Testing is for qualified personnel using correctly rated load equipment and the manufacturer’s required grounding, bonding, clearance, and protective-device instructions.

Never connect a generator directly to building wiring or bypass overload, temperature, battery, GFCI, or carbon-monoxide shutdown protection.

Stop a run for unstable voltage or frequency, overheating, fuel or electrolyte leakage, abnormal sound, damaged wiring, or any manufacturer fault indication.

Badge rule: this product receives no “FMG Tested” label or score benefit until a real unit, instruments, conditions, valid runs, raw records, and limitations are documented under the public protocol.

What happens after the honeymoon period?

Long-term reports from confirmed owners show starting, maintenance, failure, support, and recommendation outcomes for the Anker SOLIX SOLIX F3800 Plus.

See how ownership is verified

Verified owners only

Be the first confirmed owner to report back.

Checking reports…

Reliability percentages stay hidden until at least 5 ownership-verified reports are published for this exact model — 5 more needed.

Ownership checked

Purchase or registration evidence is reviewed privately.

Time in service

Reports separate new ownership from 12+ month experience.

Failures documented

Repairs and maintenance are captured, not buried in a star.

Reports stay private while ownership and model details are checked. Contact information is never shown publicly.

Fresh specifications. Visible recall checks.

We show when this record was verified, where its specifications came from, and whether its model number appears in the official CPSC generator-recall dataset.

Review soon

Specification freshness

Last verified
Sep 15, 2026
Review target
Oct 15, 2026

Prices can change faster than technical specifications. Always confirm the current price, exact model number, and manual before purchase.

CPSC model screening

No model-number match found

39 records checked
The Anker SOLIX SOLIX F3800 Plus model text did not match the generator recall records in our current CPSC snapshot. This is a screening result, not a guarantee or safety certification. Recalls can be serial-number specific, newly published, or use a different product description.
Search CPSC directly Dataset checked Sep 16, 2026

Research owner

Founder & lead researcher

Editorial sign-off

Find My Generator Editorial Review

Accountable editor: Andrew Petla

Review scope: exact model identity, published specifications, calculation inputs, source quality, safety language, and affiliate independence. This is an internal editorial review, not third-party engineering, electrical, or safety certification. Hands-on testing is claimed only when a complete test record is published.Request a correction.
Read the full data methodology