Posted by If you are interested in the idea of using free, environmental friendly energy to power your household, and you want to have a cell array installed, one of the most basic requirements you need to keep track of is the number of solar panels that you need.
There are many factors that would determine precisely how many you would need to use, and how many you will actually be able to buy. Some of these add the Solar panel installation in USa results of your energy consumption target computations (how much energy your household appliances and devices need in order to function properly), the budget you have you can use and the type of cell you are using.
Also, depending on whether you are looking for the purchase of a high-tech solar array or you’re thinking of building your own panels yourself out of cheaper materials, the costs may vary. Therefore, the number of solar panels you can put together in an array may be different, and their quality might also have to be examined.
Establishing Energy Consumption
If you want to determine the correct way many solar panels you need, it is essential to measure the amount of energy that a cell can offer, and compare it with the value that you need. Considering a normal household utilizes about 8000 — 9000 kwh on a yearly basis, and the fact that a $300 cell of good quality can only provide about 100 — 200 t of energy, the number of panels you need to power your whole home may be quite substantial.
Of course, depending on your needs, you do not will have to use up so much energy on a regular basis. Especially an advanced environmental enthusiast, and you know how to choose appliances offering better functionality, while consuming less energy, you might be able to reduce that number to half, or even less.
Also, if you want to build your own cell, you might find that the manufacturing costs can effectively be reduced to under $200 for a standard 36 cell cell. Depending on the quality of your homemade solar array, you merely need about 30 or 40 panels to provide enough power for your entire home.
This number may be too large, but it can be reduced if you wish to use an additional type of energy, such as wind power. This can offer you more energy on dark and boisterous days, when solar panels don’t operate as well, and reduce the need for panels to half or even less.
Use caution, as different types of solar cells will provide a varying amount of energy. You can calculate the vitality output easily, however: after you build your DIY cell, measure the current and voltage it produces, and multiply them to search for the watt value. As a result, a small, 6 ampere cell that produces 12 volts, for instance, will offer about 72 t.
Now, such a weak cell may not provide you with too much energy, but the good news is that there are many inexpensive panels on the market that can offer two or more times as much power, and you don’t have to pay more than 300 to 400 dollars for one. A solar array made of 10 to 20 of these panels would, therefore, represent a viable option when it comes to running a large number of low energy appliances or gadgets.