After wiring all of the solar panels together to combine the amps and voltages, connect the panels to a charge controller, deep-cycle batteries and an AC inverter, then run the AC inverter to the main electric box. Most appliances within a building use alternating current, so the direct current coming from the solar panels needs to be converted before it can be used.Know More
Solar energy is a clean way to convert the UV light from the sun into usable energy. Solar panels have an upfront cost, but they will eventually pay for themselves as long as they are exposed to sunlight.
Combine all of the solar panels together to get an understanding of the total voltage and amp output. This will help to determine if the panels will produce enough power, or if more are needed.
The charge controller will prevent the deep-cycle batteries from being overloaded with electricity.
The alternating current inverter will transform the direct current to easily-usable alternating current.
Turn off the main circuit breaker and connect the whole system to the main electric box.
As of 2015, adding solar panels to a typical 3,000-square-foot home requires approximately $60,000. However, depending on incentive programs available at the time of installation, the owner may pay as little as $27,000. In the United States, the federal and state governments offer incentives to homeowners installing solar energy equipment.Full Answer >
Solar panels generate electricity by transforming high-energy particles called photons into electrons to produce direct current, or DC electricity. An electronic device known as an inverter then converts the DC electricity into alternating current, or AC electricity, which is the primary form of electricity that powers households and major establishments.Full Answer >
The power of an electrical system, measured in watts, is equal to its voltage multiplied by its current, measured in amperes, typically shortened to "amps." The current of an electrical system indicates its flow rate, or how fast the electricity is moving through the system.Full Answer >
According to Home Guides, a ceiling fan uses somewhere between 0.5 and 1 amp. When compared to other cooling methods, such as air conditioning, ceiling fans use significantly less power.Full Answer >