Reasons To Choose Solar Power Systems

If electric bills have been your constant problem for your company or household, you should consider planning to install a solar power system into your area. Although it may seem that electricity for solar power systems cost more because you will invest a large sum of money for the first installment, be aware that you have an option to spread the cost of investment for several years. Meaning, you can easily receive incentives and rebates while having the benefit of not paying monthly bills due to electricity purchase.

Electricity from solar power systems work best for most items with the exception of large appliances that make use of electric heating elements, such as clothes and hair dryer, electric stove, water heater and home heating systems. Remember that these large heating devices are not cost effective for solar power systems.

Solar power works by using "photovoltaic" elements to produce electricity. The solar panel, which is the most important part of the system, is made of silicon that becomes electrically charged when exposed to sunlight.

However, since the sun's level of radiation changes within each hour, year or during certain weather conditions, the most important part of planning a solar power system is to calculate the average amount of sun available per day within a year.

Four Major Parts Of A Solar Power System

When you opt to use solar power, four devices are used to provide your household or building with 120 volts of AC power daily. These include a solar panel, a charge controller, the battery and an inverter. Solar power systems will be ineffective when one device is not present because each component provides an important role in producing electricity.

The solar panel charges the battery while the charge controller verifies that the battery is properly charged. Once the battery transfers DC voltage to the inverter, the inverter will convert this voltage into standard AC voltage. Since other areas require 240 AC volts, you will need a transformer or an extra inverter to produce the necessary 240 volts.

Each component in a solar power system involves proper computation of volts, watts, amperage, kilowatt-hours and amp-hours to ensure solar electricity works effectively. Be aware that some systems may lose voltage as electricity passes through wires, inverters and batteries that may cause ineffective solar power electricity. For this reason, it is best to search and hire people who have experience in planning, designing and implementing solar power systems into a household or building. This can guarantee that your system can be properly configured for your specific needs.