Beatrice Lang
Running a well without electricity is possible, and there are several ways to go about it. In the event of a power outage, a well pump will not run, and water will be stuck deep below the surface. However, there are ways to retrieve this water. One option is to use a generator powerful enough to supply 220 power, which is what most well pumps run on. If a generator is not accessible, a hand pump can be mounted on a well without disrupting the existing electric pump and can be used as a backup. Another option is to use wind power, which can pump enough water to be practical in most areas. Solar-powered water pumps are also an option, but they require a power inverter and a solar battery bank to provide energy on cloudy days and at night.
| Characteristics | Values |
|---|---|
| Well pump type | Electric, manual, solar-powered, wind-powered |
| Well type | Shallow (up to 25 feet deep), deep (over 25 feet deep) |
| Power source | Electricity, generator, solar panels, wind |
| Water storage | Well storage tank, buckets, pressurized water tanks |
| Water conservation methods | Limiting shower times, using bottled water, avoiding washing machines and other water-intensive appliances |
| Backup options | Hand pumps, well buckets, solar-powered pumps, wind-powered pumps, generators |
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What You'll Learn
Using a well bucket
To make your own well bucket, you will need a length of PVC pipe that fits inside your well pipe with a little wiggle room. For example, a four-inch-wide pipe that is four feet long should carry about 2.5 gallons of water. You will also need a cord, a pulley, and a crank. The cord should be long enough to reach the water level in your well, with some extra length to tie off at the top of the well to secure the bucket.
To assemble the well bucket, start by creating an attachment point between the top of the bucket and the pulley line. One simple method is to drill two holes directly across from each other, one to two inches below the top of the pipe, and then thread the cord through. You can also use metal hardware to create a pivot point that will reduce abrasion on the line.
Once your well bucket is assembled, you can lower it into the well using the pulley and crank. When the bucket hits the water, it will fill up, and you can then use the crank to lift the bucket back up, retrieving the water.
Well buckets are a simple and inexpensive solution for accessing water from a well without electricity. They can be easily assembled with basic materials and tools, making them a great option for those seeking a reliable water source during power outages or in off-grid locations.
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Installing a solar-powered pump
Solar-powered water pumps are a cost-effective solution for remote areas where installing a conventional grid-connected AC pump is impractical. They are also one of the easiest solar power systems to install, as they do not require a battery or battery charging equipment.
When installing a solar-powered pump for your well, you will need to consider the voltage and current load of the pump and match it with the charging current and voltage output of the solar module. A solar-pump controller can help you achieve this by providing wiring terminals for normally open (n.o.) and normally closed (n.c.) switch contacts.
The solar module should be mounted in a southerly direction (for North America) and placed in a location that is easily accessible and above potential damage from animals or snow drifts. If you are using a battery, you will need to size your solar panels based on the usable battery capacity and the number of sunlight hours available.
You can purchase complete solar pump systems that include panels and charge controllers in a package, or you can buy the components separately. Some companies, such as RPS Solar, offer DIY solar well kits that include pumps, solar controllers, and panels.
By installing a solar-powered pump, you can ensure a reliable water supply for your well, even in remote locations or during power outages.
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Using wind power
Wind power is an effective way to run a well without electricity. Wind-powered pumps are suitable for both shallow and deep wells and require little to no maintenance. They can have a pumping capacity of over 1,000 gallons per day and can work with very low wind speeds, 24 hours a day, seven days a week.
To use wind power to run a well, you can install a windmill pump. These pumps are a greener alternative to conventional pumps, especially in areas with adequate wind resources. Windmill pumps can provide near-constant access to fresh drinking water, even during long periods of cloudy weather or overcast skies.
However, it is important to note that wind-powered pumps are dependent on the weather. On calm and windless days, the pump will not function, leaving you without water. Additionally, wind-powered pumps are not the cheapest alternative, with costs ranging from $4,200 to $19,600, and professional installation adding another $2,000 to $5,000.
Overall, wind power is a viable option for running a well without electricity, providing a sustainable and reliable water source, especially in areas with consistent wind.
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Getting a backup generator
If you want to run your well without electricity, one option is to get a backup generator. However, before purchasing a generator, it is important to consider the following:
Well pump voltage
Most well pumps run on 220 power, which is the same heavy power used for electric ovens and clothes dryers. If you have a generator that can supply 220 power, then you're set. However, most portable generators only provide 110 power, so if your well pump runs on 220 power, you'll need to get a more powerful generator.
Well depth
The depth of your well will impact the type of generator you need. If your water level is 25 feet or less below the surface, you can use a manual well pump to draw water. For deeper wells, you'll need a more powerful generator that can handle the startup wattage and surge of a well pump.
Generator size
The size of the generator you need will depend on the power requirements of your well pump. A 1 HP standard submersible well pump, for example, requires a 3-4 KW generator to start, even though it only uses 1 KW of power when running. It's important to consider the running wattage as well as the startup surge when choosing a generator.
Alternative options
If you don't want to deal with the hassle and cost of a generator, there are other options for accessing water from your well without electricity. You could purchase an old-fashioned hand pump to attach to your modern well head, or you could use a well bucket, which is a slender plastic or metal sleeve that can be lowered down the well on a cord to fill up with water.
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Manual hand pumps
For those who cannot afford to purchase a hand pump, there are designs for homemade well pumps made out of PVC pipe. These pumps work through positive displacement or vacuum. A positive displacement pump has a higher depth capacity than a vacuum pump, but a vacuum pump is easier to build. Vacuum pumps require check valves to allow water flow in one direction and a good seal for the piston to create the vacuum.
Regardless of the type of pump, manual hand pumps require physical effort, especially for deeper wells or when larger volumes of water are needed. Therefore, they may not be suitable for individuals with limited strength or endurance, and they generally have lower water output than electric pumps. However, they provide a reliable water supply during power outages or in areas without electricity, and they require minimal maintenance.
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Frequently asked questions
There are several ways to run a well without electricity, including:
- Using a generator to power the well pump.
- Installing a manual hand pump.
- Using a well bucket.
- Installing a solar-powered water pump.
- Using wind power.
Most well pumps run on 220 power, so you will need a generator that can supply this level of power. Smaller, gasoline-powered generators are sufficient for powering only a sump pump.
A well bucket is a slender plastic or metal sleeve that can be lowered down a well on a length of cord. It has a foot valve at the bottom that allows it to fill with water and retain the water when lifted.
