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Family Handyman’s Paul Rankin tested the Anker Solix Smart Generator 5500 for just over a month, using gasoline and propane and connecting it to a Solix E10 home battery. He reported simple setup and reliable operation during testing, while noting the generator’s noise and the high cost of the full backup system. Natural-gas operation and performance during a longer outage were not tested.
The 224cc, four-stroke generator can use gasoline, propane or natural gas. Anker lists up to 4,500 watts of DC output on gasoline or propane, and up to 4,000 watts on natural gas. For conventional AC use, its rated output is up to 3,600 watts across all three fuels, through a NEMA TT-30R outlet and a NEMA 5-20R outlet. Rankin tested gasoline and propane; he said natural-gas use would require a professionally installed connection that he had not yet added.
Rankin said initial setup took about 20 minutes: he connected the startup battery, added engine oil and selected a fuel. He tried the electric starter and remote starting through Anker’s app, as well as the manual pull starter. Across just over a month, he reported no starting problems, overloads, connection failures or app glitches. During DC charging, he saw output reach roughly 4.5 kilowatts, consistent with Anker’s stated maximum.
In Rankin’s home, the generator charged the Solix E10 battery system; the batteries supplied electricity to the house. The generator was not directly powering every household appliance in that test. Rankin’s setup included rooftop solar, two E10 power modules and three battery expansion modules. He said the battery equipment cost about $14,000, with professional installation adding roughly $4,500, separate from the generator’s price.
Charging a Home Battery During Outages
The report focuses on a use case beyond running individual appliances from a portable generator. For owners of a compatible Solix E10 system, the generator can supply DC power directly to the battery, avoiding the conversion from generator AC to battery DC described in the review. The battery then serves household loads, while solar can contribute power when conditions allow.
That arrangement may give a household another way to recharge stored power when sunlight is limited, including at night, according to Rankin’s account of his setup. Its practical value depends on owning or purchasing compatible equipment. His cited battery and installation costs show that the complete home-backup arrangement involves a substantial expense beyond the generator itself.
The test offers a reviewer’s account of controls, fuel switching and charging output, rather than evidence of whole-home performance through a major storm. The distinction matters to readers comparing a portable generator with a complete backup system: the generator’s rated output, the battery’s capacity and the home’s electrical demand all affect what can be powered and for how long.
How the E10 Fits the Test
Rankin lives in Florida, where he said hurricanes and severe storms can interrupt electricity for hours or days. He was looking for a backup source that could complement stored battery power and rooftop solar. His home already had a Solix E10 system, so the review examines the generator both as a portable unit and as part of that existing setup.
The E10 is designed to accept up to 4,500 watts of DC generator input, matching the generator’s advertised maximum DC output on gasoline or propane. Rankin’s household loads were supplied by the batteries during testing, while the generator recharged them. His electricians, Arcenio Garcia of Firstline Electric & Energy and Oswin Fernandez of Future Electric Solutions, installed the home battery equipment. Their involvement concerns the home system; the review does not describe a test of a generator-powered whole-home electrical installation.
“The biggest surprise was how easy Anker made practically everything about using a gas-powered generator.”
— Paul Rankin, Family Handyman reviewer
Limits of the Monthlong Test
The review’s testing period was just over a month, but its longest continuous run was about two hours. It therefore does not show how the generator would behave during uninterrupted operation over a night or a multiday outage, or how much fuel it would use under different loads. The source material also does not provide measured noise levels, runtime by fuel, or a purchase price for the generator.
Rankin did not test natural gas, which requires a professionally installed connection to his home’s gas supply. Although he reported that the generator supported his home through the E10 during testing, the generator was charging the battery while the battery powered household loads. The report does not provide a whole-home load breakdown or document performance during an actual power outage.
Rankin noted noise and the cost of building out the full Anker backup ecosystem as caveats. The available report does not give a decibel reading or a complete cost comparison with other backup options, so readers cannot use it alone to determine how the generator would fit a specific home or budget.
Natural Gas Test Still Ahead
Rankin said he plans to add a professionally installed natural-gas connection and test the generator on that fuel. That would add evidence about a mode of operation not covered in the published testing. Until then, the review’s findings apply to its gasoline and propane runs and the E10 charging setup.
For households considering a similar arrangement, the next practical step is to compare the generator’s AC and DC outputs with their planned equipment and to account for the battery system and installation costs. The review does not report a longer outage trial, so performance over extended continuous use remains unverified.
Key Questions
What did the review test?
Family Handyman reviewer Paul Rankin tested the generator with gasoline and propane, using manual and app-based starting, and connected it to a Solix E10 battery system. He did not test natural gas.
Does the generator directly power the reviewer’s whole house?
In the reported setup, the generator charged the E10 batteries, and the batteries supplied electricity to the home. The review does not describe the generator directly powering every household appliance.
How much power does the Solix Smart Generator 5500 provide?
Anker lists up to 4,500 watts of DC output on gasoline or propane and up to 4,000 watts on natural gas. Its rated AC output is up to 3,600 watts with any of the three fuels.
Was the generator tested through a long outage?
No actual extended outage test is described. Rankin said the longest continuous test lasted about two hours, so the report does not establish performance over a night or multiple days.
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