Best UL 1741 Listed Hybrid Inverters

For a 120 V cabin or backup circuit with a decent array and long panel strings. Buyers who need 240 V should look at a split-phase unit instead of buying two.

A cheap, UL-listed 5 kW 120 V building block for cabins and backup systems. Add a second unit for 240 V.

For a 120 V off-grid cabin or RV-style system that needs a UL-listed unit with a US support line. Similar hardware sells for much less under other brands.

A low-cost 6.5 kW off-grid inverter for big solar arrays on 120 V circuits. Pair two for a 240 V home.

For a 120 V cabin, shed or backup circuit on a 48 V battery where a UL listing matters. The low-voltage solar input suits small arrays, not large roofs.

The budget version of the SPH5048P for single-unit 120 V systems that will never need 240 V.

For a small 120 V cabin or shed system on a 48 V battery that needs a UL-listed unit for little money. Large arrays are better served by a 500 V input.

For a cabin, shed or backup circuit that needs 3.5 kW of 120 V power from a 48 V battery at a low price. Add a second unit later for 240 V.

A UL-listed 3 kW 24 V inverter for RVs and small cabins with 12 V-style panels. Pick the SPH302480A for long high-voltage strings.

For a cabin, shed or RV on a 48 V battery that needs about 3 kW of 120 V power. The 3500 W version is the one in stock.

For grid-tied homes that want solar, battery backup and export in one outdoor box at a lower price than Sol-Ark or Fortress.

For grid-tied homes that want whole-house backup and a big solar array from one inverter. It gives more output than the 18kPV for less money.

For grid-tied homes that want net metering and whole-home backup at a lower price than the FlexBOSS21. Choose the 21 if you need more battery-only output or a third tracker.

For homes with a large roof array that want whole-house backup and grid export from one outdoor unit. It takes more solar than the Envy True 12 for the same price.

For grid-tied homes that want whole-house backup and grid sell from one proven inverter. Compare against the FlexBOSS21 first, which costs less for more power.

For grid-tied or off-grid homes that want one outdoor inverter to back up the whole house and export to the grid, with US-based support.

For grid-tied homes that want battery backup and net metering from a mid-size inverter. Pay the premium over the XP line only if you need grid sell or an outdoor install.

For off-grid homes that need whole-house 240 V power and a big solar array at a very low price per kW.

For large homes that want seamless whole-house backup with no load shedding. Few inverters match its output, but it costs well over most rivals.

For off-grid homes that need whole-house 240 V power and a big solar array at a low price per kW. Grid-tied owners who want to sell power should look at a hybrid instead.

For grid-tied homes that want an outdoor hybrid with export, backup and US-based support at a lower price than the Envy True 12.

A very large off-grid split-phase inverter for big homes, farms and shops that want one unit instead of a stack.

For off-grid homes and cabins that want 6 kW of 240 V with a large solar input at a low price. A strong rival to the EG4 6000XP.

For homeowners and installers who want a long-proven whole-home hybrid with strong support. It costs more than EG4 for similar output.

A grid-interactive 12 kW whole-home hybrid with UL 1741 SB listing, for homeowners who want to sell solar and back up the house.

For off-grid cabins, ADUs and backup systems that want 240 V and a large solar input from a US-supported brand. It costs a little more than the EG4 6000XP.

For grid-tied homes with moderate backup needs that want an outdoor hybrid with export and US-based support.

For homes that want Sol-Ark’s backup and grid-sell features on a smaller budget, usually on a critical-loads panel. Its high idle draw is the main trade-off.

A grid-tied hybrid sized for typical homes that want solar sell-back plus backup, with room to add units later.

For off-grid homes and cabins that need 240 V at a low price per kW. It does the job of two 120 V inverters in one box, but can’t export to the grid.

A grid-tied whole-home hybrid for homeowners who want to sell solar and keep the house running in outages, at a lower price than the big names.

For grid-connected homes that want battery backup and solar export from one 12 kW unit. Off-grid buyers can get the same power for less from an off-grid model.

For off-grid or backup homes that need a lot of split-phase power and solar input at the lowest price per kW. It has a UL listing but a short warranty.

A low-cost UL-listed split-phase inverter for off-grid homes and backup with a generator.

For off-grid cabins and small homes that need 240 V loads on a budget. One unit covers a modest house and more can be added later.

For installers matching existing 12K systems or homes that want a proven Sol-Ark on a critical-loads panel. Most new buyers get more for less from the Limitless 12K-2P-LL.

A UL-listed 8 kW off-grid split-phase inverter at a low price per kW, for cabins, homes and shops that do not sell to the grid.

For off-grid homes that want 10 kW of split-phase power and a big solar array at a low price per kW. It shares its hardware with SRNE’s ASP 10 kW.

For grid-connected homes that want an outdoor-rated hybrid with export and backup in one box. The high idle draw makes it a poor fit for off-grid use.

A UL-listed 10 kW off-grid split-phase inverter at a low price per kW, for cabins, homes and shops that do not sell to the grid.

For off-grid homes that want 6.5 kW of split-phase power with a lot of solar input. Rebadged versions of this SRNE platform are easier to buy in the US.

A 10 kW outdoor hybrid for whole-home backup with grid sell-back. It is easier to justify if you can find a single unit at a fair price.

For an off-grid home with big motor loads such as a well pump or shop tools. Its solar input is small for its size, so plan on a generator or a second charge controller.

For an off-grid home or shop with motor loads that needs 240 V from one box. Newer high-frequency units take far more solar for the money.