Residential Solar Energy
If you live in a climate where you need to run the air conditioning non-stop to feel comfortable, then you are used to getting huge power bills each and every month. Well, there is actually a way that you can cut down on your power bill without much effort and no, it doesn’t involve skimping on using that air conditioner. The answer is to have residential solar energy panels installed at your house.
By having residential solar energy panels installed at your house, you can supply the energy needed to run your air conditioner from the sun in place of the energy that comes from your power company.
These residential solar energy panels work by trapping the energy produced by the hot sun’s rays and converts it into energy that can be used in your home through an energy conversion process. The panels themselves are set outside, are hooked together with electrical wires, which then transmit the energy into your home to a conversion box that converts it to usable electricity.
Along with being able to use the energy right away from residential solar energy panels in your home, you can even store it by setting up a battery back-up system to ensure you always have power available even if the power goes out. Imagine, sitting in cool comfortable air while your neighbors swelter in the heat, pretty amazing, right?
Some people have been able to save anywhere from forty to ninety percent on their energy bills by the residential solar energy panels that they install on their houses, which depends upon how many panels they have installed and how much sunlight those panels see on a daily basis. If you have a lot of panels that see a lot of sun, there’s really no telling how much money you can save.
Not only are residential solar energy panels a good way to save money on your power bill at your own house, they are a fine way to save money on power bills for other places as well. For example, maybe you travel using an RV a lot and are getting sick of paying for the electricity that you use at the different places you stop at. What you can do is actually have these same panels installed on your RV so you never have to pay for electricity again.
A few other places where you can use residential solar energy panels consist of small businesses that don’t require a high amount of energy, marine settings where water needs to be heated like outdoor fish tanks or pools, and also outdoor living spaces that need power. What’s nice about these energy producing panels is that they’re very versatile and if you need them to produce a high amount of energy, then all you need to do is to install a bunch of them together to get the output that you need.
All in all, if you want to save money on your power bill, whether you run the air conditioner a lot or not, then the smart thing to do is to get some residential solar energy panels for your house. They are a great option for saving money at other locations as well so don’t delay and purchase yours sooner rather than later.
If you are looking for a solar power panel dealer or a if you are looking for a quote for residential solar energy panels, then submit your information at: Residential Solar Energy Panels
The Solar Panel Energy Process
Solar panels, made of photovoltaic (PV) cells, are installed on the roof. During the daytime, the PV cells convert sunlight to direct current (DC) electricity.
The DC current runs through the INVERTER, a device included with solar panel installation. The inverter turns DC current into alternating current (AC) electricity. This is the standard electrical current used to power everything in .
The UTILITY METER measures a home’s electrical supply. When a homeowner’s solar system produces more electricity than needed, the meter actually spins backwards! Depending on which one of a variety of state, federal or local solar energy incentive programs is in effect for that house, this extra energy is recorded and either credited or sold back to the homeowner to his or her economic benefit.
A home can be reaping the economic and environmental benefits of solar power and still have the advantages of remaining connected to the regional utility grid. In bright sunshine, for instance, a 4- kilowatt (kW) system would produce 4 kW of electricity. When overcast, only ultraviolet rays penetrate the clouds, and it might produce 2.5 kW. If a home needs more electrical power than the amount of solar energy that has been produced on a particular day, the utility grid supplies that home with all the electrical power needed.
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