TL;DR
Family Handyman reviewer 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 straightforward setup, reliable app and manual starting, and DC output near Anker’s advertised maximum; noise, system cost and untested natural-gas operation remain caveats.
Family Handyman reviewer Paul Rankin tested Anker’s Solix Smart Generator 5500 for just over a month at his Florida home, running it on gasoline and propane and connecting it to an Anker Solix E10 home battery. He reported that setup and operation were straightforward and that the generator supplied up to about 4.5 kilowatts of DC charging power during testing, while noting noise and the cost of the full backup system as drawbacks.
The 5500 is a 224cc, four-stroke portable generator designed to run on gasoline, propane or natural gas. Anker lists up to 4,500 watts of DC output on gasoline or propane and 4,000 watts on natural gas. Its conventional AC output is rated up to 3,600 watts across the three fuels, through a TT-30R outlet and a 5-20R outlet. Rankin tested gasoline and propane; he has not tested natural gas.
Rankin said initial setup took about 20 minutes, including connecting the startup battery and adding oil. He tried the electric start, the Anker app’s remote start and the manual pull start. During his testing, he reported no starting problems, overloads, connection failures or app glitches. He also found the 110-pound unit manageable to move, though its weight is a practical consideration for a portable machine.
The generator’s DC connection can charge a compatible E10 battery directly, avoiding an AC-to-DC conversion step. Rankin observed output near 4.5 kilowatts when charging the E10. His longest continuous test lasted about two hours, and he tracked the system while his home was using electricity. He had not conducted a long-duration outage test, so the review does not establish performance across days of continuous use.
How the Generator Supports Home Backup
The main finding concerns the generator’s role in a solar-and-battery backup system. In Rankin’s setup, the E10 batteries supplied power to the house; rooftop solar and the generator could replenish them. The generator was not directly powering every household appliance during the test. That distinction matters to readers comparing a standalone generator with a system that stores power and distributes it through home backup equipment.
The direct DC connection is the model’s clearest advantage for people who already own compatible Anker equipment. It can provide another charging source when solar production is insufficient, including at night, according to the review. The benefit depends on the larger system: Rankin reported that the battery equipment cost about $14,000, with professional installation adding approximately $4,500. Those figures describe his setup, not a universal price quote.
Rankin also identified noise as a drawback. The review does not provide a sound measurement or compare the generator with specific competing models, so readers should treat that point as his testing experience rather than a standardized noise rating. For households planning backup power, fuel availability, installation needs, system cost and where a generator can safely operate all affect whether this arrangement fits.
What Rankin Tested at Home
Rankin tested the generator at his Florida home, where hurricanes and severe storms can cause outages. His house already had rooftop solar and an Anker Solix E10 system with two E10 power modules and three battery expansion modules. Electricians installed that equipment. The review describes an existing home-energy setup, not a controlled comparison with other generators or battery systems.
During an outage in this arrangement, the batteries power the home while solar or the generator can charge them. Rankin wrote that the generator reached about 4.5 kilowatts of DC output during testing, in line with Anker’s advertised maximum. His home’s demand was sometimes lower than that output, allowing the battery system to serve household loads while also receiving a charge.
Testing covered gasoline and propane, manual and app-based starting, Eco and higher-output modes, controls, portability and noise. The reviewer had used the generator for just over a month, but his longest continuous run was about two hours. The article’s findings therefore reflect short-term use in one home and setup.
“Setup took around 20 minutes”
— Paul Rankin, Family Handyman reviewer
Limits of the One-Month Test
Natural-gas operation remains untested in Rankin’s account. Connecting the generator to his home’s gas supply would require a professionally installed connection, which he said he planned to add later. The review gives Anker’s stated natural-gas output, but does not report a hands-on test of that fuel.
The account also does not establish how long the generator can run under sustained household demand, its fuel consumption across operating conditions, or its noise level in measured units. Rankin’s longest continuous run was about two hours. The article reports no app problems during his month of use, but that experience alone does not establish reliability across longer periods or other users’ setups.
The complete E10 configuration in the review involved substantial equipment and installation costs. Those amounts are specific to Rankin’s home; the material provided does not include a current price for the generator, a full system quote for other homes, or a cost comparison with alternative backup options. It also does not report a storm outage in which the system had to operate for an extended period.
Natural-Gas Testing and Longer Runs
Rankin said he plans to add a professionally installed natural-gas connection and test the generator on that fuel. That would add hands-on evidence to the review’s current gasoline and propane results. No date for the installation or follow-up test is given.
Longer continuous testing and operation during an actual extended outage would help show how the generator performs when charging the battery system over time. For now, readers have a one-month hands-on account with a longest run of about two hours, plus the reviewer’s observations about app control, setup and system integration.
Key Questions
Which fuels did the reviewer test?
Rankin tested the generator with gasoline and propane. He had not tested natural gas when he wrote the review.
Does the generator directly power the whole house?
In Rankin’s setup, the generator charged the Solix E10 battery system; the batteries supplied power to the home. The test did not show the generator directly powering every household appliance.
How much power did the generator provide during testing?
Rankin observed output of about 4.5 kilowatts of DC charging power to the E10. Anker lists up to 3,600 watts of rated AC output for the generator.
What were the main drawbacks in the review?
Rankin cited noise and the considerable cost of building out the full Anker home-backup system. His battery equipment cost about $14,000, with professional installation adding approximately $4,500.
Source: rss
