ELECTRIC SUBMERSIBLE PUMPS are the standard where power already exists. The pump sits down in the well, it moves a lot of water reliably, and it works on demand with a pressure tank. The whole question is whether you have service at the wellhead. Running a new line across acreage can cost more than the well did.
SOLAR PUMPS have taken over on remote sites for exactly that reason. Panels at the wellhead, no line to run, no meter, no monthly bill. They pump when the sun is up, so the system is built around a storage tank rather than pressure on demand: fill the tank all day, draw from it whenever. That works well for livestock and irrigation and takes planning for a house.
WINDMILLS ARE STILL WORKING out here and there is a reason they lasted a century. They are mechanical, they are repairable by anyone who understands them, and the wind blows on this coast reliably. They pump slowly into storage, they need real maintenance at height, and parts and people who know them are getting harder to find.
STORAGE IS THE PIECE PEOPLE UNDERESTIMATE. Solar and windmill systems both depend on it, because production happens when conditions allow rather than when you turn a tap. Tank size is what turns intermittent production into water that is always there, and undersizing it is the most common regret.
WATER QUALITY IS A SEPARATE QUESTION FROM WATER QUANTITY, and it is the one that surprises people. Depth, minerals and salinity vary a lot across this region, and a well that produces plenty of water can still produce water you would not want to drink without treatment. Test before planning anything around it.
WHAT DECIDES IT, in order: how far you are from power, how much water per day you actually need, and whether that need is steady or on demand. A house wants pressure when the tap opens. Livestock and irrigation want volume over a day, and that is where solar shines.
- Electric is the default where service already reaches the wellhead
- Solar removes the line, the meter and the bill; it needs storage instead
- Windmills are repairable and slow, and fewer people work on them now
- Storage tank size is what makes intermittent production feel constant
- Test water quality separately from quantity before planning around the well
Texas requires drillers and pump installers to carry state licensing under separate occupational codes covering each trade. Local groundwater district rules can add their own requirements for spacing, well logs, completion, and shutting a well down properly.
Questions people ask about solar, electric or windmill water wells
Is a solar water well pump worth it?
On a remote site, usually yes, because running a power line across acreage often costs more than the well. Solar pumps into storage rather than on demand, so tank size does the work a pressure system would.
Do windmills still make sense?
They still work and they are repairable, which is why so many are still standing. They pump slowly into storage and need maintenance at height, and fewer people work on them every year.
How big should the storage tank be?
Bigger than most people first plan. With solar or wind, production happens when conditions allow, and the tank is what turns that into water available whenever you want it. Undersizing it is the most common regret.
Will the water be drinkable?
That is a separate question from whether the well produces. Depth, minerals and salinity vary widely across this region and a strong well can still need treatment. Test before building plans around it.
We take solar, electric or windmill water wells work from Sinton, George West, Freer, Kingsville, Orange Grove, Falfurrias and the rest of the Corpus Christi area.
New to this? The plain-English guide to ordering walks through what to decide first.