Accumulation Of Sun Power In Your Home

How can the Sun power your home?

Photovoltaic (PV) cells are an arrangement of semiconductors on silicon. When sun light strikes the cell, a portion of it is absorbed into the semiconductor material. The absorbed light is transferred to the semiconductor which knocks electrons loose, allowing them to flow freely. These free electrons are forced by an electric field to flow in one direction. Once this flow of electrons is created, the current can be drawn off and collected to use in your home.

Unfortunately, electricity is not only necessary when the sun is shining, but also when it is not so we need energy storage, or batteries. Batteries are costly and add regular maintenance to the PV system, but they are a necessity if you want to be completely independent. One way to avoid batteries is to connect your array to the utility grid, buying power when you need it and selling back to the power company when you produce more than you need. In this scenario the utility acts as an infinite storage system. The utility must allow you to interconnect your system to their power grid. This is accomplished by changing your current metering system to a net metering system. When the sun is shining brightly your meter will spin backward while you are producing peak power from your solar array. Your meter will work normally at night when your solar array is not producing energy and you are drawing power.

In a grid-tied PV system, power is generated with solar panels flush-mounted on the roof, ground-mounted in a field, or mounted on the top of a pole. The solar modules produce Direct Current (DC) while our homes and the utility grid transfer Alternating Current (AC). DC power created by the solar modules must be transferred through an inverter and converted into AC power to match the grid's power.

Puerto Rico power companies have a large demand for renewable electricity into their power grid making a grid-tied solar electric array the most common and financially sound way to go solar. Call or email 787-344-1643,joe.cresoto@msn.com

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Accumulate Sun Energy In to Electricity

Solar panels are complex modules of photo-voltaic cells that accumulate sun energy and turn it into electricity; though the system as such seems very complex, from the technical point of view, things are not difficult at all. Depending on the necessity of the user, the solar panels vary in size according to the number of photo-voltaic modules that they incorporate; the modules are hold together by special wiring systems and they function as a field unit. Fiberglass, metal, simple glass or even plastic are used for covering the photo-voltaic cells and creating the exterior of the overall solar panels.

There are some practical conditions to be met for the solar panels to work properly. First of all, the cells in the solar panels have to be connected with each other in order to accumulate and pass on the electric charge. Then, the solar panels have to be protected from the outward environment, since they are very sensitive to aggressive mechanic factors. Thus, you have to take all the measures necessary for the exterior protection against hail, heavy snow and winds. Such precautions are particularly important if your solar panels are made of wafer-based silicon cells that brittle more easily.

You can increase the performance and the life of the solar panels by creating some insulation cover against moisture; hence avoiding metal corrosion is in fact the best way to ensure that the panels remain in good shape. Depending on the type of module structures, solar panels can be flexible if based on thin film cells, or rigid for normal modules. You don't have to worry about the potential overheating of the cells since there are diodes integrated in the structure of the solar panels that decrease temperature automatically. Moreover, manufacturers most often include special ventilation items in the design of the solar panels.

The most competitive solar panels use a combination of mirrors and lenses to focus solar energy on the cells, thus reducing the energy production costs. Companies are offering extensive innovations in the systems, since the demand for solar panels has registered a real boom over the last ten years. With fast decreasing energy resources, and given the high pollution rate that power plants are responsible for, it's no wonder people are looking for alternative energy sources.Solar panels can cover up to 80% of the heat and electricity needs of a household, with the mention that they can be applied for all sorts of landscaping light systems too.

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