Can Solar Panels Give 75% More Efficiency? If so, How?
A Close Look at the Efficiency of Solar Panels
If we intend to utilize an alternative energy like solar power, it is highly likely that we want the same amount of vitality to run our abode. Since we are looking to cut our periodic costs on electrical consumption, other options are being looked into.
If we consider the natural power outpour of the sun as a reference point for saving expenses, our focus on cost-cutting may turn out be misguided. First of all, the grid-based electrical platform which we are currently tapping into is quite different from the solar option.
Although there are voltage drops, the grid supposedly supplies our households with a fairly constant flow of energy. For instance, if you are using a small rice cooker, around 450 KW is used for a couple of hours a day. This is made possible due to a steady stream of electricity running through your home.
Essence of solar exposure
With solar energy, it’s quite a different story. Judging from the fact that the amount of sunlight is inconsistent, the vitality captured by the panels is also not proportional. This means that what light particles are available becomes the load used for the corresponding devices.
It is a given that when you utilize solar power, you want to maximize the totality of the sun’s energy. Unfortunately, it does not always work out that way. Exposure under the largest star in this part of the galaxy has a lot to do with it.
Solar power do have peak stretches. Perhaps the best time for panels to acquire a great deal of sun rays is at midday heading towards the afternoon. Less amount of sunlight happens during early mornings and late noon.
The capability of solar panels to effectively capture light particles and convert these into usable energy borders on a certain level of instability. Weather conditions will factor in at this point. Whether or not cold season reigns, cloudy moments will always hinder the efficiency of panels.
A 75% productivity for a solar electrical system to achieve is not guaranteed. Judging from the gradual emergence of this kind of alternative energy, big firms are the common users. Although there is an increase in household consumers, the approach is usually targeted for certain machines, gadgets or appliances.
With this in mind, companies tapping into the sun’s vitality are not merely using solar technology. They are also experimenting on the optimal utilization of the said power. This means that scientific projects are in play to produce more effective solar materials. More importantly, there are elements which will affect the efficiency of the panels.
Primarily, technological firms are looking to maximize the solar power output with the help of the composition of materials used for accumulating the rays from the sun. Content includes gallium arsenide, crystalline silicon and copper-indium-gallium-selenide compounds or mixtures.
Second, panel effectiveness also depend on shape formation. There is a difference between round and square photovoltaic (PV) cells. Some studies have shown that the circular ones are able to absorb a high percentage of light particles which results in greater energy output.
Third, efficiency also leans on a manufacturer’s quality. Graded as A, B, C and D, solar cells are made according to its corresponding rates. Pretty much, this perspective is associated with the electronic attributes in various markets today. This is also a major reason why solar electrical materials are quite expensive. If you want the best then you have to be ready to pay extra.
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