Over the past few years, there has been a truly remarkable upsurge in the demand for solar energy systems in most countries including the United States. As a natural consequence, people are currently interested to know all about these systems. The function of these systems can be stated in a straightforward manner – the use of the sun’s rays to generate electricity. Hence, topics like how these devices actually function, the process by which sunlight is trapped, processed and whether the systems can continue to function normally, have to be examined with due care. This article is devoted to the discussion of precisely these issues.
The actual process starts when the photons that are present in the rays of the sun are trapped by the silicon wafers of the solar power systems. DC electrical power is then generated from the captured photons and this DC current, in turn, is converted to usable 120 volt AC electricity. The systems hence, need to be connected to either an electrical grid or to the electrical setup of a home directly. A problem might arise if all people associated with the sales of solar power systems do not know the necessary details about the devices. Hence, prudence and discretion are called for, when you are selecting a supplier for domestic use. Ideally, the user must check the prior records, credentials and the expertise of the company as well.
There are certain specific factors that need to be discussed separately to get a hang of the working of the systems. These factors include the add-on features of the system that is grid-tied, the primary parts of the setup, monitoring the performance over the web, the main causes of success and the proper way to run and preserve the solar energy system.
Solar power systems that are grid-tied: This kind of system has a lesser cost than the other types. A grid-tied solar energy system is ideal for the processing and production of electric current at all times of the day. Without a grid, the system can work only as long as sunlight is available. As soon as evening sets in, it comes to a stop, and this is hardly desirable. Battery backups can be opted for, but they are too expensive. In fact, grid-tied solar energy systems offer the best solution to this problem. Users can easily get the power they require at night from the electricity that gets stored on the grid during the day. And if there is something extra, then it can even be sold off. And this gives an opportunity to recover some of the investments made initially.
Primary parts of the setup: While discussing the main components of the system, the solar (or, photovoltaic) cells need to be mentioned at the very beginning. A module can be made by combining a certain number of these photovoltaic cells. A solar panel can then be created by clustering several such modules together. In the next step, these panels have to be erected at a place that receives a lot of sunlight. An ideal place hence would be on the rooftops. The solar panels are by far the most noticeable part of the system, and even those who do not know much about them can identify these panels. Hence, solar panels have been aptly termed as the starting point of learning about a solar power system.
Apart from the solar panel, there are other crucial components of the system too. An inverter is one such, and it is responsible for transforming DC electric power into 120 volt AC electrical current that can be put to practical use. The inverter needs to have the requisite cycles too. For connecting the different parts of the solar power system, wires are generally used. For setting up the solar panels in the best way, clamps and holders (made of non-conducting materials) are used. Racks can fix up the panels on the roof. If any of the above components is not present, proper functioning of the system becomes almost impossible.
Monitoring progress via the web: Users can easily keep a close eye on how the solar energy systems are functioning, by making use of several web browsers. Portable devices are used for this monitoring purpose as well.
Main factors for success: Does your solar energy system contain ‘phantom loads’ in the form of computers or television sets, which are kept connected to the solar power system, even when these devices are powered down? For efficient performance, such ‘phantom loads’ have to be removed. A study of the climate is also required. As an example, let us consider that, the morning in San Francisco is foggy. This is a clear indication that a good amount of electricity is likely to be available during the afternoon period. The direction in which electric current would be produced at optimal level is another of the key success factors. All solar energy system supplying companies are aware of these points.
Proper way to maintain the solar power system: The solar power system needs to be kept clean, and this cleaning should be done once in a year at least. If batteries are also present, they need to be replaced at intervals of 5 to 10 years.
Solar power systems can offer great benefits, and you can enjoy all of them once you have set up the system. But you must know the steps to install the system, and where you should put it up to get the best results. You should consult a guide, which would have all this information, and would also help you know from where to get the batteries for free, as well as purchase the other parts at low price. You will also get informed about wiring the system and the necessary safety precautions. Follow the instructions in the guide, and install a solar power system, and you will surely get good results.
