By the editors of SolarPoweredWaterPumps.comLast reviewed October 2026
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| Merchant's figure | VEVOR 12V DC 120W | VEVOR 24V DC 277W | VEVOR 48V DC 369W |
|---|---|---|---|
| Voltage | 12V DC (12 to 14.8V) | 24 to 42V DC (36V rated) | 48 to 82V DC (72V rated) |
| Rated power | 120 W | 277 W | 369 W |
| Max flow (zero head) | 3.2 gpm | 9.25 gpm | 8.4 gpm |
| Rated point | not stated | 5.28 gpm at 84 ft | 1.77 gpm at 167 ft |
| Max head (zero flow) | 230 ft | 272 ft | 273 ft |
| Max submersion | 98.4 ft | 65.6 ft | 65.6 ft |
| Outlet | 1/2 in | not stated | not stated |
| Outlet / cable | not stated | 1 in / 33 ft | 1 in / 33 ft |
| In the box | Pump only: no panel, controller or pipe | Pump only | Pump only |
| Listing | View at VEVOR | View at VEVOR | View at VEVOR |
We have not tested these products; specifications are the merchant's own. Affiliate disclosure.
The building block for a 12V or 24V pump array, or a battery-charging array.
A battery-buffered 12V pumping system: panels, MPPT controller, brackets and cables in one box.
Lets you set winter tilt for a year-round stock well.
We have not tested these products; specifications are the merchant's own. Affiliate disclosure.
For battery-based pumping. A direct-drive pump needs a pump controller instead; see controllers and float switches.
Cheapest way to charge a 12V or 24V battery from 12V-class panels. Not a pump controller.
Battery charging from higher-voltage strings, with more harvest in cold and cloud than PWM.
We have not tested these products; specifications are the merchant's own. Affiliate disclosure.
1.28 kWh of storage for night or cloudy-day pumping. Low-temperature charge protection.
About 5.1 kWh at 48V: the battery side of an inverter-driven AC well pump.
For a battery that has to charge in a cold pump house. Sold from LiTime's Canadian store, priced in CAD.
We have not tested these products; specifications are the merchant's own. Affiliate disclosure.
To keep a 120V or 240V AC pump you already own, you need an inverter that can start it and a battery behind it. Read running an AC well pump on solar before buying: the starting surge decides the inverter.
Runs an existing 120V or 240V AC well pump from a 48V battery bank, with solar charging built in.
We have not tested these products; specifications are the merchant's own. Affiliate disclosure.
An all-in-one battery and inverter. It runs a well pump only if it outputs the pump's voltage (most deep wells are 240V) and its starting surge covers the pump's locked-rotor watts. None of these listings states a motor-start surge, so ask the maker before relying on one for a deep-well pump. A 120V booster pump drawing from a cistern is an easy load for any of them. See running an AC well pump on solar and cistern and booster pump.
One of the few all-in-one units that lists 240V output, so it is a candidate for a 240V well pump in an outage. No surge figure is published: check it against the pump's locked-rotor watts first.
Lists 120V and 240V output and expands with extra batteries. Its 3,840 W rating is below the start of many 240V deep-well pumps, so it suits smaller or soft-started pumps.
120V only. Fits a 120V booster or transfer pump drawing from a cistern; it cannot run a 240V well pump.
We have not tested these products; specifications are the merchant's own. Affiliate disclosure.