Water
12v /24v Farm & Ranch Submersible Deep Well Dc Solar Water Pump Battery
 | This pump offers a solution to your remote water needsDesigned to be used with solar panels and 24v battery systemsCan be easily attached to most existing solar panels or wind generator systems. Can be used with or without components such as voltage controllers.Waterproof cable connector.This pump can also be run on a 12V battery system with the same level of suction lift, but flow rate will approximately be cut in half. (not recommended)Accepts a variety of jacketed cables from your power sourc | |
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NEW 12V / 24V Submersible DC Solar Well Water Pump Solar, Battery, Alternate Energy
 | Offers a solution to your remote water needs. Designed to use with solar panels and 24V battery systems for livestock watering, irrigation, ponds, remote homes and cabins.
FRESHLANDSOLAR
12 / 24v Solar Powered Submersible
DC Solar Well Water Pump
60-DAY WARRANTY
This pump offers a solution to your remote water needs
Specifications:
Voltage: 12V / 24V DC
Design: 3-Chamber Positive Displacement Diaphragm Pump
Flow Rate: 1.6 GPM (6 LPM)
Fitting: 1/2" Barbed Fitting
Max. Amps: 4A @ 24v
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Farm & Ranch 12v / 24v Submersible Deep Dc Solar Well Water Pump, Solar, Battery, Alternate Energy, 230ft+ Lift
 | Specifications: Voltage: 24V DC Design: 3-Chamber Positive Displacement Diaphragm PumpFlow Rate: 1.6 GPM (6 LPM)Fitting: 1/2" Barbed Fitting
Max. Amps: 4A @ 24vMax. Lift: 230 ftMax. Submersion Depth: 100 ft Inlet Screen: 50 Micron Stainless Steel Inlet Screen
Existing Power Cord: 9 ftDimensions L x W x H (in.): 4.09" x 4.09" x 12.95"
Product Information:
Offers a solution to your remote water needs. Designed to be used with solar panels and 24v battery systemsThis means Easy Hookup to most an | |
| Read more | | |
Farm & Ranch 12v / 24v Submersible Deep Dc Solar Well Water Pump, Solar, Battery, Alternate Energy, 230ft+ Lift
| Specifications: Voltage: 24V DC Design: 3-Chamber Positive Displacement Diaphragm PumpFlow Rate: 1.6 GPM (6 LPM)Fitting: 1/2" Barbed Fitting
Max. Amps: 4A @ 24vMax. Lift: 230 ftMax. Submersion Depth: 100 ft Inlet Screen: 50 Micron Stainless Steel Inlet Screen
Existing Power Cord: 9 ftDimensions L x W x H (in.): 4.09" x 4.09" x 12.95"
Product Information:
Offers a solution to your remote water needs. Designed to be used with solar panels and 24v battery systemsThis means Easy Hookup to most an | |
| Read more | | |
Features Of A Solar Power Water Fountain
A solar power water fountain is one that runs by solar cells. The solar cells either use a battery setup or directly power a pump system. A wide variety of such fountains is now available, and their use is becoming popular among consumers each passing day.
How It Works
A solar power water fountain is very easy to set up and most of the models do not require any kind of installation. It works by means of sunlight collected on a number of small panels that convert solar energy into electric current. In many fountains, the solar panels are built within them. Others carry attached wires, which convey the electric current produced in the panels as they are positioned at some distance (usually up to 15 feet away) for collecting optimum quantity of solar energy.
Positioning A Solar Power Water Fountain
Several simple methods can be used to position the solar power water fountain, for example, like placing it on the mounting system that comes with it. Grass stakes can be used to position it in the lawn or garden or you can even mount it to a wall. In areas where there are a lot of bushes or other protruding objects that hinder the sunlight from collecting on the panels, the best way is to mount them to a wooden stake.
Weather And Solar Power Water Fountains
A solar power water fountain is typically a sunny day’s item. The thin silicon PV cells in the panel cannot store enough solar energy if the sun goes down or if it is very cloudy outside. The fountain does work in slightly cloudy weather or in overcast but the performance is affected, yielding a slower and thinner flow. If a battery backup is provided, the fountain works well even in such diffused sunlight or cloudy conditions. In winter, fountains powered by solar energy should only be used if it is not below freezing point. This is because, in snowy weather, when it is sunny outside, the pump will suffer damage.
Prices Of Solar Power Water Fountains
Solar fountains show a great variety in their prices, depending on the size and other features. They range from as low as under 30 for simple vertical fountains to over 2000 for the ornate carved stone style.
Benefits Of Using Solar Fountains
Solar fountains beautify the outside place, using sunlight as their energy source. This makes it possible to place them anywhere that has sunlight available. Most of these fountains need no installation and are easy to use. They are also environment friendly and need almost no maintenance. With no emissions, fuel, or noise, solar fountains are very harmless to kids and pets.
Models Of Solar Power Water Pumps
While oil is considered as the most precious commodity in most of the world, many places value water far more than oil. Shortage and contamination of water is a serious problem there. Water required for drinking, industry, and irrigation is badly needed in such parts, especially in the developing countries of Asia and Africa. There is sufficient underground and surface water present in these areas to meet the population’s requirement. What is lacking is the efficient means of pumping this water out for people’s use. Solar power water pumps are one efficient means to achieve this goal in the future.
Ideal Solar Power Water Pumps
Ideally, the solar power water pump is a low-cost, high-efficiency device, which converts the sun’s heat directly into mechanical power for driving the pump. Such a pump is able to use an array of tubular collector elements for heating air. The pump combines an evacuated tubular solar collector array with a diaphragm type pump. It is equipped with an internal heat exchanger, which uses heat from the heated air to generate steam from water. The steam drives the diaphragm pump. The heat exchange medium might be something other than water, for example freon or ammonia.
Models Of Solar Power Water Pumps
A number of different models have come out for the solar power water pumps. Two useful models came from Stephen Salter and Joanne Posthumus in April 2003. Both models are built on the nature’s principle of drawing water used by the plants.
The First Model: The first model from Salter and Posthumus consists of a well shaft that extends down in the ground to a significant length (as does a tree trunk). The shaft might extend down to the groundwater or to some depth below the ground surface, or to lift the reservoir of pure water above the ground. This results in gravity feed, a cost effective method of pumping water.
The Second Model: The second model uses a flat absorbent fiber, which is placed behind a black plastic sheet. Fiberglass is used as wick in this model. Since the black plastic sheet absorbs the solar energy, the reflectivity of the wick is not important. Both the fiberglass wick and black plastic sheet are enclosed in clear plastic, which is stapled to the wooden frame. A trough collects the condensing water droplets. There is a collecting jar for fresh water in the ground at the lower left-hand corner of the frame.
Prospects of the Models
With models of solar power water pumps by Salter and Posthumus, it is expected to get pure water from marshy or even contaminated soils. These pumps will also prove effective in water-logged areas or where saline water exists underground.
The Advantages Of A Solar Power Water Heater
Solar power energy is an exceptionally clean and abundant form of energy resource that can be used in the supplementing of many energy needs. Solar energy can also be used as a form of heat, such as in the form of water heating, where a solar power water heater is thus used. For the most part, a solar power water heater uses a small solar electric module in order to power the pump that is needed to circulate the heat transfer fluid through the collectors.
What Is A Solar Power Water Heater?
Basically, a solar water heater consists of three components, which are: a solar collector, which converts solar radiation into useable heat a heat exchanger or pump module, which transfers the heat from the solar collector into the potable water and a storage tank that is used to store the heated water.
What Are The Advantages Of A Solar Power Water Heater?
There are many benefits that you can receive from having a solar power water heater in your home, such as the fact that because a solar power water heater greatly reduces the amount of fuel that you need to heat water, you are then having to use a greatly lessened amount of fuel for your home, saving an immense amount of wear and tear on the environment as well as saving the earth’s available fossil-fuels, which are quickly becoming quite sparse.
As well, for the most part solar water heaters use a small solar electric module in order to power the pump that helps to circulate the heat transfer fluid through the collectors, and this will allow the solar water heater to be able to continue to operate even in the event of a black or power outage. There are a couple of basic different categories of solar water heaters, the two most primary of which are: year-round and seasonal.
The year-round solar water heaters are ones which are specifically designed to operate reliably throughout the entire year, and are generally more expensive than that of the seasonal systems, however they do provide more energy savings for the most part, and the benefit of having them assured to work steadily throughout the year is an incredibly important advantage.
The seasonal solar water heaters are then designed to operate only when the outdoor temperatures are above freezing. Therefore, although they are less expensive than the year-round solar water heaters, they have the disadvantage of only being able to work during the colder months of the year. As well, when compared to the year-round type of solar water heaters, these heaters do not produce as much heat annually because they operate for a much shorter duration of time.
