Understanding Solar Energy Systems

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                <p>Sure, many folks know about the thought of using solar
energy for generating power and electricity. But perhaps, not everyone
has recognized how this renewable source of energy really can be all that
is needed to obtain power for homes and buildings. </p>
<p>So as to appreciate the advantages of solar energy advantages, it is
very important to understand how solar energy systems work in primarily
meeting your electricity needs along with accomplishing other tasks like,
regulating your property temperature and warming or cooling. A look at
the materials you'll need to put in place a solar energy system and just
how each component works are a good start to having a good grasp of the
way they all collaborate to provide your own private electricity
needs.</p>
<p>The basic parts of Photovoltaic (PV) systems</p>
<p>A PV system's components actually rely on the particular kind of
configuration for which you wish to have. It may also be imperative to
discover whether the system you'll require should be linked to the
electricity grid. For the off-grid system the initial parts are the PV
module, the battery which can serve as energy storage, the charge
controller often known as battery regulator, wiring and accompanying
connections plus the structure wherein the system might be attached. For
a grid connected or grid-tied system, its parts includes PV module, an
inverter which converts direct current (DC) to alternating electric
current (AC), support structures and wiring.</p>
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<p>How exactly does a simple PV system generate electricity?</p>
<p>To get electricity, a photovoltaic panel (PV) is constructed by
inserting thin layers of negative and positive silicon beneath a layer of
non-reflective glass. Silicon can serve as semiconductors that create
electricity because of sun exposure. The electrical activity generates a
12- volt energy (DC) and whenever translated via an inverter, the
resulting energy are for sure changed into a 110-volt energy (AC).</p>
<p>Solar technology for homes</p>
<p>PV systems can be utilized for residential, commercial, industrial and
remote applications. A property's basic electricity needs can be
sufficiently offered by a straightforward Solar Home System that consists
of a photovoltaic panel (an assembly of solar cells and accompanying
parts), a rechargeable battery exactly where the energy captured during
daytime is deposited, a regulator or charge controller also, the required
switches and wires.</p>
<p>Solar Panel Technology for industrial uses</p>
<p>Many industries have long trusted solar panel technology systems
primarily because they may be perfect for supplying power even in remote
locations. Photovoltaic modules also require little maintenance, thus
they could be useful for industrial tasks which require larger electrical
loads because of the fact that they are reliable yet cost-effective power
sources.</p>
<p>Applications in remote regions</p>
<p>Photovoltaic systems have long been prevalent particularly in
developing regions where far-flung areas often don't have access to
electricity. The reason being power is merely available via local wired
network from central power plants that happen to be usually found in
urban locations. To be able to generate the load requirements of a
typical particular remote location, stand-alone off-grid systems are
ideally installed. These systems are commonly configured by using a small
heavy duty diesel generator which will perform the duty of a back-up
power in the event of low sunlight conditions.</p>                <!--
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posted:10/21/2011
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