Posted 1 month ago by Kami
Looking for a unique way to add some flair to your yard or garden? Then a solar fountain may be the thing you need.
This amazing fountain is powered by the sun, so you can forget about those pesky utility bills. Plus, it is very easy to set up and use. Just place it in a sunny spot and let the water flow, couldn’t be simpler right?
In this article, you will discover how a solar fountain works step by step, as well as the many benefits that come with owning one.
So, if you have been thinking about getting a solar fountain, then this is the article for you!
Before getting into how solar fountains work, let’s talk a look at the main components that make up this type of fountain.
The first step in understanding how a solar fountain works is to understand how the solar panel converts sunlight into electrical energy.
Most solar panels are made from a semiconducting material called Silicon.
Silicon is famous for having 4 electrons in its outer shell. These electrons are connected to the atom via something called covalent bonds.
If something broke those covalent bonds, the electrons would be free to move about. This is what happens when sunlight hits the solar panel.
The photons in sunlight have enough energy to break the covalent bonds, which frees up the electrons.
And electricity is nothing but the flow of electrons. We use wiring to harness that flow and direct it where we want it to go (our solar fountain).
Once the solar panel has converted sunlight into electrical energy, that energy needs to be stored somewhere.
And that’s the job of the battery.
The battery is what stores the electrical energy for use later. This is important because the sun doesn’t always shine.
And even when it does, there are often clouds that block out the sun. So, the battery ensures that the solar fountain can still operate even when there is no sun.
Most solar fountain batteries are made from lithium-ion or nickel-cadmium. These are both very reliable battery types that can store a fair amount of electrical energy.
To protect the battery from overcharging, some big solar fountains also have a charge controller.
The charge controller regulates the flow of electricity between the solar panel and the battery. This ensures that the solar panel doesn’t overcharge the battery (send more electricity than the battery can hold.)
Note: Some low-end solar fountains don’t have a battery. These types of solar fountains will only operate when the sun is out and there are no clouds blocking the sun.
This is fine if you live in an area with very little cloud cover. But if you live in a place with a lot of clouds, you’ll want to get a solar fountain with a battery.
Most solar water pumps are submersible, meaning they can be placed directly into the water reservoir.
To get the water flowing, we need something to circulate the water from the reservoir and up to the nozzle of the fountain.
And that’s the job of the water pump.
The water pump is made of several parts, but the two main ones are the impeller and the motor.
The impeller is a small device with vanes (blades) that spin. As the impeller spins, it draws water in from the reservoir and pushes it towards the nozzle (works against gravity).
The motor is what powers the impeller and makes it a spin. Most solar water pumps use a DC (direct current) motor.
This type of motor is ideal for solar fountains because solar panels output DC current and batteries store DC current.
So, there’s no need to convert AC (alternating current) to DC, which would add unnecessary complexity and cost to the solar fountain.
Now that we have a solar panel to convert sunlight into electricity, a battery to store electrical energy, and a water pump to circulate water from the reservoir… it’s time to make some water flow out of the nozzle and create a fountain!
Most nozzles are made from brass or stainless steel and have a small hole in the center.
As water is pushed through the nozzle by the impeller, it comes out of this hole and is forced into the air.
This is what creates the fountain effect.
The height of the fountain will depend on the size of the nozzle, the water pressure, and the speed of the impeller.
Some solar fountains also have lights that illuminate the water as it flows out of the nozzle. This creates a beautiful nighttime effect that is sure to impress your friends and neighbors.
Now that you know how solar fountains work, let’s take a look at some of the advantages of using one.
Although solar fountains have many advantages, there are also a few disadvantages that you should be aware of.
A solar fountain is charged by the sun. The solar panel collects energy from the sun and converts it into electrical power. Then, the fountain uses this power to run the water pump.
Solar fountains will not work at night unless they have a built-in battery. The battery will store energy from the sun during the day and then release it at night to power the fountain.
It takes about 8 hours to charge your solar fountain. You should put your fountain in direct sunlight to work properly. The solar panel needs to be in direct sunlight for the solar fountain to work properly.
A solar fountain will last for approximately 3 years as long as you’re providing it with the proper care and maintenance.
Now that you know how solar fountains work, you can tell why they make a great addition to any home.
They are easy to use, eco-friendly, as well as add a touch of elegance to any setting. So, go ahead and add one of these great products to your home today!
Thanks for reading!
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A passionate solar energy engineer and environmentalist who loves to create content.