Understanding How Solar Panels Are Being Used To Heat The Water In Homes


In solar hot water panels, the light of the sun is usually being used to heat a fluid. This certain fluid will then be transferred to a heat storage vessel. By making a small experiment and just heat some potable water using the light of the sun and storing it a water tank, you will be able to better understand how this works. But how the actual process works will be better explained below.

Very often it can be noticed that flat absorber plates are being placed on the buildings` top roofs. These certain absorbers are usually being covered using darks selective surfaces. They will be the ones who will convert the light of the sun into heat. The heat that will be produced will then be transported by the fluid in some tubes which were attached to the absorber plates. Then, the heat will be taken away to storage, or it will be used. In this certain process, the fluid will get heated up. For the heat to be decreed, the fluid will be directed to a device which is called "heat exchanger".

A pump, which is mechanical, will then be used for the fluid to circulate. Alternatively, the same principle of thermo siphon that generally works on convection, can also be used for the fluid to circulate by simply mounting the vessel which is used for storage a little higher in the circuit.

Typically, solar panels are being used to simply exploit all the potential of the energy of the sun, which is cheap and also safe for the environment. Because no money will be needed to be used by anyone to use this type of energy, this will make it that more important. More and more people are turning to this kind of energy these days, and it is slowly gathering more and more importance on behalf of other types of energy.

environmental conscious people to warn the adverse effects of our atmosphere getting into nowdays. Let us be more conscious in not polluting our atmosphere so that not only we, the future generation is also able to derive the advantages of solar energy.

Source by Willis J. Watson

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